Dludora/DAIL-BIRD huggingface dataset:
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: What are the most common film genres made by the worst directors? d_quality = 5 refers to the best directors, d_quality = 0 refers to the worst directors */
SELECT 
SELECT T2.genre FROM directors AS T1 INNER JOIN movies2directors AS T2 ON T1.directorid = T2.directorid WHERE T1.d_quality = 0 GROUP BY T2.genre ORDER BY COUNT(T2.movieid) DESC LIMIT 1
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: What non-English American film/s has received the lowest user ratings? Mention the movie's I.D. USA is a country; non-English means isEnglish = 'F' */
SELECT 
SELECT T2.movieid FROM movies AS T1 INNER JOIN u2base AS T2 ON T1.movieid = T2.movieid WHERE T1.isEnglish = 'F' AND T1.country = 'USA' ORDER BY T2.rating LIMIT 1
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: What is the total average movie directed by the directors who's quality and revenue is 4? */
SELECT 
SELECT CAST(SUM(CASE WHEN T1.d_quality = 4 AND T1.avg_revenue = 4 THEN 1 ELSE 0 END) AS REAL) / COUNT(T2.movieid) FROM directors AS T1 INNER JOIN movies2directors AS T2 ON T1.directorid = T2.directorid
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: Which movies have received the greatest ratings from female users whose occupations fall within the category of 3? Female users mean that u_gender = 'F' */
SELECT 
SELECT T2.movieid FROM users AS T1 INNER JOIN u2base AS T2 ON T1.userid = T2.userid INNER JOIN movies AS T3 ON T2.movieid = T3.movieid WHERE T1.u_gender = 'F' AND T1.occupation = 3 AND T2.rating = 5
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: How many female actresses appeared in the movie 2312852, what country was it in, and what was it's running time? female actresses mean that a_gender = 'F' */
SELECT 
SELECT SUM(IIF(T1.a_gender = 'F', 1, 0)) , T3.country, T3.runningtime 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 T2.movieid = 2312852 GROUP BY T3.country, T3.runningtime
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: 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 
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
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: What are the genres of all the English-language foreign films having a runtime of two hours or less? List each one. isEnglish = 'T' means films in English; Film and movie share the same meaning */
SELECT 
SELECT T2.genre FROM movies AS T1 INNER JOIN movies2directors AS T2 ON T1.movieid = T2.movieid WHERE T1.runningtime <= 2 AND T1.isEnglish = 'T' AND T1.country = 'other'
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: Among the English comedy movies produced in the UK, how many movies with a running time of 3 was rated the highest by users between the age 45-50? Indicate the movie names. UK is a country */
SELECT 
SELECT DISTINCT T1.movieid FROM movies AS T1 INNER JOIN movies2directors AS T2 ON T1.movieid = T2.movieid INNER JOIN u2base AS T3 ON T1.movieid = T3.movieid INNER JOIN users AS T4 ON T3.userid = T4.userid WHERE T1.country = 'UK' AND T2.genre = 'Comedy' AND T1.runningtime = 3 AND T3.rating = 5 AND T4.age BETWEEN 45 AND 50 AND T1.isEnglish = 'T'
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: What is the percentage difference of English and non-English-language crime movies in other countries in year 3? non-English-language refers to isEnglish = 'F'; The percentage difference can be computed by [count(isEnglish = 'T' in movies) - count(isEnglish = 'F' in movies) / (all movies)] * 100% */
SELECT 
SELECT CAST(SUM(IIF(T1.isEnglish = 'T', 1, 0)) - SUM(IIF(T1.isEnglish = 'F', 1, 0)) AS REAL) * 100 / COUNT(T1.movieid) FROM movies AS T1 INNER JOIN movies2directors AS T2 ON T1.movieid = T2.movieid WHERE T1.country = 'other' AND T1.year = 3
/* Given the following database schema: */
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 "directors"
(
    directorid  INTEGER not null
        primary key,
    d_quality   INTEGER not null,
    avg_revenue INTEGER not null
)

CREATE TABLE "actors"
(
    actorid   INTEGER not null
        primary key,
    a_gender  TEXT    not null,
    a_quality INTEGER not null
)

CREATE TABLE "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 "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 "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 "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)
)

/* Answer the following: What is the total amount male and female actors who were casted in movie ID 1684910 and what is the proportion between the highest quality actors against the worst quality of actors? Indicate your answer in percentage. List the the director as well as the genre. Female actors mean that a_gender = 'F'; Male actors mean that a_gender = 'M'; a_quality = 5 refers to act the best, a_quality = 0 refers to act the worst */
SELECT 
SELECT SUM(IIF(a_gender = 'M', 1, 0)) , SUM(IIF(a_gender = 'F', 1, 0)) , CAST(SUM(IIF(a_quality = 5, 1, 0)) AS REAL) * 100 / COUNT(*) , CAST(SUM(IIF(a_quality = 0, 1, 0)) AS REAL) * 100 / COUNT(*), ( SELECT directorid FROM movies2directors WHERE movieid = 1684910 ) , ( SELECT genre FROM movies2directors WHERE movieid = 1684910 ) FROM actors WHERE actorid IN ( SELECT actorid FROM movies2actors WHERE movieid = 1684910 )
/* Given the following database schema: */
CREATE TABLE people
(
    "Customer ID"   TEXT,
    "Customer Name" TEXT,
    Segment         TEXT,
    Country         TEXT,
    City            TEXT,
    State           TEXT,
    "Postal Code"   INTEGER,
    Region          TEXT,
    primary key ("Customer ID", Region)
)

CREATE TABLE product
(
    "Product ID"   TEXT,
    "Product Name" TEXT,
    Category       TEXT,
    "Sub-Category" TEXT,
    Region         TEXT,
    primary key ("Product ID", Region)
)

CREATE TABLE central_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE east_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE south_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE west_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

/* Answer the following: Please list the names of all the products ordered in order CA-2011-112326 in superstores in the center. names of all the products refers to "Product Name"; order CA-2011-112326 refers to "Order ID" = 'CA-2011-112326'; in the center refers to Region = 'Central'; */
SELECT 
SELECT DISTINCT T2.`Product Name` FROM central_superstore AS T1 INNER JOIN product AS T2 ON T1.`Product ID` = T2.`Product ID` WHERE T1.`Order ID` = 'CA-2011-112326'
/* Given the following database schema: */
CREATE TABLE people
(
    "Customer ID"   TEXT,
    "Customer Name" TEXT,
    Segment         TEXT,
    Country         TEXT,
    City            TEXT,
    State           TEXT,
    "Postal Code"   INTEGER,
    Region          TEXT,
    primary key ("Customer ID", Region)
)

CREATE TABLE product
(
    "Product ID"   TEXT,
    "Product Name" TEXT,
    Category       TEXT,
    "Sub-Category" TEXT,
    Region         TEXT,
    primary key ("Product ID", Region)
)

CREATE TABLE central_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE east_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE south_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE west_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

/* Answer the following: Among all the orders made by Aimee Bixby, what was the longest shipment time? made by Aimee Bixby refers to "Customer Name" = 'Aimee Bixby'; longest shipment time refers to MAX(SUM(SUTRACT(julianday("Ship Date"), julianday("Order Date")), 1)) */
SELECT 
SELECT MAX(strftime('%J', `Ship Date`) - strftime('%J', `Order Date`)) AS longestTimeDays FROM people AS T1 INNER JOIN central_superstore AS T2 ON T1.`Customer ID` = T2.`Customer ID` WHERE T1.`Customer Name` = 'Aimee Bixby'
/* Given the following database schema: */
CREATE TABLE people
(
    "Customer ID"   TEXT,
    "Customer Name" TEXT,
    Segment         TEXT,
    Country         TEXT,
    City            TEXT,
    State           TEXT,
    "Postal Code"   INTEGER,
    Region          TEXT,
    primary key ("Customer ID", Region)
)

CREATE TABLE product
(
    "Product ID"   TEXT,
    "Product Name" TEXT,
    Category       TEXT,
    "Sub-Category" TEXT,
    Region         TEXT,
    primary key ("Product ID", Region)
)

CREATE TABLE central_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE east_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE south_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE west_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

/* Answer the following: Among all the orders made by Aimee Bixby, how many of them chose the slowest delivery speed? made by Aimee Bixby refers to "Customer Name" = 'Aimee Bixby'; the slowest delivery speed refers to "Ship Mode" = 'Standard Class'; */
SELECT 
SELECT COUNT(DISTINCT T2.`Order ID`) FROM people AS T1 INNER JOIN central_superstore AS T2 ON T1.`Customer ID` = T2.`Customer ID` WHERE T1.`Customer Name` = 'Aimee Bixby' AND T2.`Ship Mode` = 'Standard Class'
/* Given the following database schema: */
CREATE TABLE people
(
    "Customer ID"   TEXT,
    "Customer Name" TEXT,
    Segment         TEXT,
    Country         TEXT,
    City            TEXT,
    State           TEXT,
    "Postal Code"   INTEGER,
    Region          TEXT,
    primary key ("Customer ID", Region)
)

CREATE TABLE product
(
    "Product ID"   TEXT,
    "Product Name" TEXT,
    Category       TEXT,
    "Sub-Category" TEXT,
    Region         TEXT,
    primary key ("Product ID", Region)
)

CREATE TABLE central_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE east_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE south_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE west_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

/* Answer the following: How many orders has Aimee Bixby made? Aimee Bixby made refers to "Customer Name" = 'Aimee Bixby'; */
SELECT 
SELECT COUNT(DISTINCT T2.`Order ID`) FROM people AS T1 INNER JOIN central_superstore AS T2 ON T1.`Customer ID` = T2.`Customer ID` WHERE T1.`Customer Name` = 'Aimee Bixby'
/* Given the following database schema: */
CREATE TABLE people
(
    "Customer ID"   TEXT,
    "Customer Name" TEXT,
    Segment         TEXT,
    Country         TEXT,
    City            TEXT,
    State           TEXT,
    "Postal Code"   INTEGER,
    Region          TEXT,
    primary key ("Customer ID", Region)
)

CREATE TABLE product
(
    "Product ID"   TEXT,
    "Product Name" TEXT,
    Category       TEXT,
    "Sub-Category" TEXT,
    Region         TEXT,
    primary key ("Product ID", Region)
)

CREATE TABLE central_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE east_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE south_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE west_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

/* Answer the following: Please list the IDs of the orders made by Aimee Bixby with more than 3 kinds of products ordered. made by Aimee Bixby refers to "Customer Name" = 'Aimee Bixby'; with more than 3 kinds of products ordered refers to count("Product ID") > 3; */
SELECT 
SELECT DISTINCT T2.`Order ID` FROM people AS T1 INNER JOIN central_superstore AS T2 ON T1.`Customer ID` = T2.`Customer ID` WHERE T1.`Customer Name` = 'Aimee Bixby' GROUP BY T2.`Product ID` HAVING COUNT(T2.`Product ID`) > 3
/* Given the following database schema: */
CREATE TABLE people
(
    "Customer ID"   TEXT,
    "Customer Name" TEXT,
    Segment         TEXT,
    Country         TEXT,
    City            TEXT,
    State           TEXT,
    "Postal Code"   INTEGER,
    Region          TEXT,
    primary key ("Customer ID", Region)
)

CREATE TABLE product
(
    "Product ID"   TEXT,
    "Product Name" TEXT,
    Category       TEXT,
    "Sub-Category" TEXT,
    Region         TEXT,
    primary key ("Product ID", Region)
)

CREATE TABLE central_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE east_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE south_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE west_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

/* Answer the following: Among the orders made by Aimee Bixby, how many of them included at least one kind of product under the category "Furniture"? made by Aimee Bixby refers to "Customer Name" = 'Aimee Bixby'; */
SELECT 
SELECT COUNT(DISTINCT T2.`Order ID`) FROM people AS T1 INNER JOIN central_superstore AS T2 ON T1.`Customer ID` = T2.`Customer ID` INNER JOIN product AS T3 ON T3.`Product ID` = T2.`Product ID` WHERE T3.Category = 'Furniture' AND T1.`Customer Name` = 'Aimee Bixby'
/* Given the following database schema: */
CREATE TABLE people
(
    "Customer ID"   TEXT,
    "Customer Name" TEXT,
    Segment         TEXT,
    Country         TEXT,
    City            TEXT,
    State           TEXT,
    "Postal Code"   INTEGER,
    Region          TEXT,
    primary key ("Customer ID", Region)
)

CREATE TABLE product
(
    "Product ID"   TEXT,
    "Product Name" TEXT,
    Category       TEXT,
    "Sub-Category" TEXT,
    Region         TEXT,
    primary key ("Product ID", Region)
)

CREATE TABLE central_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE east_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE south_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE west_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

/* Answer the following: Please list the names of all the products ordered by Aimee Bixby in 2016. ordered by Aimee Bixby refers to "Customer Name" = 'Aimee Bixby'; ordered n 2016 refers to strftime('%Y', "Order Date") = '2016'; */
SELECT 
SELECT DISTINCT T3.`Product Name` FROM people AS T1 INNER JOIN central_superstore AS T2 ON T1.`Customer ID` = T2.`Customer ID` INNER JOIN product AS T3 ON T3.`Product ID` = T2.`Product ID` WHERE T1.`Customer Name` = 'Aimee Bixby' AND STRFTIME('%Y', T2.`Ship Date`) = '2016'
/* Given the following database schema: */
CREATE TABLE people
(
    "Customer ID"   TEXT,
    "Customer Name" TEXT,
    Segment         TEXT,
    Country         TEXT,
    City            TEXT,
    State           TEXT,
    "Postal Code"   INTEGER,
    Region          TEXT,
    primary key ("Customer ID", Region)
)

CREATE TABLE product
(
    "Product ID"   TEXT,
    "Product Name" TEXT,
    Category       TEXT,
    "Sub-Category" TEXT,
    Region         TEXT,
    primary key ("Product ID", Region)
)

CREATE TABLE central_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE east_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE south_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

CREATE TABLE west_superstore
(
    "Row ID"      INTEGER
            primary key,
    "Order ID"    TEXT,
    "Order Date"  DATE,
    "Ship Date"   DATE,
    "Ship Mode"   TEXT,
    "Customer ID" TEXT,
    Region        TEXT,
    "Product ID"  TEXT,
    Sales         REAL,
    Quantity      INTEGER,
    Discount      REAL,
    Profit        REAL,
    foreign key ("Customer ID", Region) references people("Customer ID",Region),
    foreign key ("Product ID", Region) references product("Product ID",Region)
)

/* Answer the following: What is the total quantity of "Telescoping Adjustable Floor Lamp" ordered from central superstores? "Telescoping Adjustable Floor Lamp" is a "Product Name"; from central superstores refers to Region = 'Central'; */
SELECT 
SELECT SUM(T1.Quantity) FROM central_superstore AS T1 INNER JOIN product AS T2 ON T1.`Product ID` = T2.`Product ID` WHERE T2.`Product Name` = 'Telescoping Adjustable Floor Lamp'