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hockey
What is the average BMI of all the coaches who have gotten in the Hall of Fame?
average BMI = divide(sum(divide(weight, multiply(height, height))), count(coachID))
SELECT SUM(T1.weight / (T1.height * T1.height)) / COUNT(T1.coachID) FROM Master AS T1 INNER JOIN HOF AS T2 ON T1.hofID = T2.hofID
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) );
regional_sales
List the store located cities with regions in no water area of California state.
cities refer to City Name; no water area refers to Water Area = 0;
SELECT DISTINCT T2.`City Name` FROM Regions AS T1 INNER JOIN `Store Locations` AS T2 ON T2.StateCode = T1.StateCode WHERE T2.State = 'California' AND T2.`Water Area` = '0'
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 );
airline
Give the code of the airport described as Driftwood Bay, AK: Driftwood Bay Airport.
Driftwood Bay, AK: Driftwood Bay Airport refers to Description = 'Driftwood Bay, AK: Driftwood Bay Airport';
SELECT Code FROM Airports WHERE Description = 'Driftwood Bay, AK: Driftwood Bay Airport'
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) );
cars
Show the origin country of Chevrolet Malibu.
origin country refers to country; Chevrolet Malibu refers to car_name = 'chevrolet malibu'
SELECT T3.country FROM data AS T1 INNER JOIN production AS T2 ON T1.ID = T2.ID INNER JOIN country AS T3 ON T3.origin = T2.country WHERE T1.car_name = 'chevrolet malibu'
CREATE TABLE country ( origin INTEGER primary key, country TEXT ); CREATE TABLE price ( ID INTEGER primary key, price REAL ); CREATE TABLE data ( ID INTEGER primary key, mpg REAL, cylinders INTEGER, displacement REAL, horsepower INTEGER, weight INTEGER, acceleration REAL, model INTEGER, car_name TEXT, foreign key (ID) references price(ID) ); CREATE TABLE production ( ID INTEGER, model_year INTEGER, country INTEGER, primary key (ID, model_year), foreign key (country) references country(origin), foreign key (ID) references data(ID), foreign key (ID) references price(ID) );
sales
Give the product ID and name of the product with the highest prices among the quantity ranges from 400 to 500.
highest prices refers to MAX(Price); quantity ranges from 400 to 500 refers to Quantity BETWEEN 400 AND 500;
SELECT T1.ProductID, T1.Name FROM Products AS T1 INNER JOIN Sales AS T2 ON T1.ProductID = T2.ProductID WHERE T2.quantity BETWEEN 400 AND 500 ORDER BY T1.Price DESC LIMIT 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 );
mental_health_survey
For which question did the user No.2183 gave the answer "Mood Disorder (Depression, Bipolar Disorder, etc)"?
question refers to questiontext; user No.2183 refers to userID = 2183
SELECT T1.AnswerText FROM Answer AS T1 INNER JOIN Question AS T2 ON T1.QuestionID = T2.questionid WHERE T2.questionid = 2183 AND T1.AnswerText = 'Mood Disorder (Depression, Bipolar Disorder, etc)'
CREATE TABLE Question ( questiontext TEXT, questionid INTEGER constraint Question_pk primary key ); CREATE TABLE Survey ( SurveyID INTEGER constraint Survey_pk primary key, Description TEXT ); CREATE TABLE IF NOT EXISTS "Answer" ( AnswerText TEXT, SurveyID INTEGER constraint Answer_Survey_SurveyID_fk references Survey, UserID INTEGER, QuestionID INTEGER constraint Answer_Question_questionid_fk references Question, constraint Answer_pk primary key (UserID, QuestionID) );
mental_health_survey
State the number of questions that were asked in the "mental health survey for 2018".
mental health survey for 2018 refers to SurveyID = 2018
SELECT COUNT(T1.QuestionID) FROM Answer AS T1 INNER JOIN Survey AS T2 ON T1.SurveyID = T2.SurveyID WHERE T2.Description = 'mental health survey for 2018'
CREATE TABLE Question ( questiontext TEXT, questionid INTEGER constraint Question_pk primary key ); CREATE TABLE Survey ( SurveyID INTEGER constraint Survey_pk primary key, Description TEXT ); CREATE TABLE IF NOT EXISTS "Answer" ( AnswerText TEXT, SurveyID INTEGER constraint Answer_Survey_SurveyID_fk references Survey, UserID INTEGER, QuestionID INTEGER constraint Answer_Question_questionid_fk references Question, constraint Answer_pk primary key (UserID, QuestionID) );
simpson_episodes
How many episodes have the star score greater than 8?
star score greater than 8 refers to stars > 8
SELECT COUNT(DISTINCT episode_id) FROM Vote WHERE stars > 8;
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) );
simpson_episodes
What is the awarded category that the awarded character Lenny won?
awarded category refers to award_category
SELECT DISTINCT T1.award_category FROM Award AS T1 INNER JOIN Character_Award AS T2 ON T1.award_id = T2.award_id WHERE T2.character = 'Lenny';
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) );
college_completion
What is the percentage of the number of 4-year public schools from Madison Area Technical College's home state in the Alabama?
percentage = MULTIPLY(DIVIDE(SUM(chronname = 'Madison Area Technical College'), SUM(state = 'Alabama')), 100); 4-year refers to level = '4-year'; public refers to control = 'Public'; Madison Area Technical College refers to chronname = 'Madison Area Technical College'; home state in the United States refers to state;
SELECT CAST(COUNT(DISTINCT CASE WHEN T1.state = ( SELECT T1.state FROM institution_details AS T1 INNER JOIN state_sector_details AS T2 ON T2.state = T1.state WHERE T1.chronname = 'Madison Area Technical College' ) AND T1.level = '4-year' AND T1.control = 'Public' THEN T1.chronname ELSE NULL END) AS REAL) * 100 / COUNT(DISTINCT CASE WHEN T2.state = 'Alabama' THEN T1.chronname ELSE NULL END) FROM institution_details AS T1 INNER JOIN state_sector_details AS T2 ON T2.state = T1.state
CREATE TABLE institution_details ( unitid INTEGER constraint institution_details_pk primary key, chronname TEXT, city TEXT, state TEXT, level TEXT, control TEXT, basic TEXT, hbcu TEXT, flagship TEXT, long_x REAL, lat_y REAL, site TEXT, student_count INTEGER, awards_per_value REAL, awards_per_state_value REAL, awards_per_natl_value REAL, exp_award_value INTEGER, exp_award_state_value INTEGER, exp_award_natl_value INTEGER, exp_award_percentile INTEGER, ft_pct REAL, fte_value INTEGER, fte_percentile INTEGER, med_sat_value TEXT, med_sat_percentile TEXT, aid_value INTEGER, aid_percentile INTEGER, endow_value TEXT, endow_percentile TEXT, grad_100_value REAL, grad_100_percentile INTEGER, grad_150_value REAL, grad_150_percentile INTEGER, pell_value REAL, pell_percentile INTEGER, retain_value REAL, retain_percentile INTEGER, ft_fac_value REAL, ft_fac_percentile INTEGER, vsa_year TEXT, vsa_grad_after4_first TEXT, vsa_grad_elsewhere_after4_first TEXT, vsa_enroll_after4_first TEXT, vsa_enroll_elsewhere_after4_first TEXT, vsa_grad_after6_first TEXT, vsa_grad_elsewhere_after6_first TEXT, vsa_enroll_after6_first TEXT, vsa_enroll_elsewhere_after6_first TEXT, vsa_grad_after4_transfer TEXT, vsa_grad_elsewhere_after4_transfer TEXT, vsa_enroll_after4_transfer TEXT, vsa_enroll_elsewhere_after4_transfer TEXT, vsa_grad_after6_transfer TEXT, vsa_grad_elsewhere_after6_transfer TEXT, vsa_enroll_after6_transfer TEXT, vsa_enroll_elsewhere_after6_transfer TEXT, similar TEXT, state_sector_ct INTEGER, carnegie_ct INTEGER, counted_pct TEXT, nicknames TEXT, cohort_size INTEGER ); CREATE TABLE institution_grads ( unitid INTEGER, year INTEGER, gender TEXT, race TEXT, cohort TEXT, grad_cohort TEXT, grad_100 TEXT, grad_150 TEXT, grad_100_rate TEXT, grad_150_rate TEXT, foreign key (unitid) references institution_details(unitid) ); CREATE TABLE state_sector_grads ( stateid INTEGER, state TEXT, state_abbr TEXT, control TEXT, level TEXT, year INTEGER, gender TEXT, race TEXT, cohort TEXT, grad_cohort TEXT, grad_100 TEXT, grad_150 TEXT, grad_100_rate TEXT, grad_150_rate TEXT, grad_cohort_ct INTEGER, foreign key (state) references institution_details(state), foreign key (stateid) references state_sector_details(stateid) ); CREATE TABLE IF NOT EXISTS "state_sector_details" ( stateid INTEGER, state TEXT references institution_details (state), state_post TEXT, level TEXT, control TEXT, schools_count INTEGER, counted_pct TEXT, awards_per_state_value TEXT, awards_per_natl_value REAL, exp_award_state_value TEXT, exp_award_natl_value INTEGER, state_appr_value TEXT, state_appr_rank TEXT, grad_rate_rank TEXT, awards_per_rank TEXT, primary key (stateid, level, control) );
retail_complains
Among the female clients that age between 20 to 40, list the date when their complaints were received.
female refers to sex = 'Female'
SELECT DISTINCT T3.`Date received` FROM client AS T1 INNER JOIN events AS T2 ON T1.client_id = T2.Client_ID INNER JOIN callcenterlogs AS T3 ON T2.`Complaint ID` = T3.`Complaint ID` WHERE T1.age BETWEEN 20 AND 40 AND T1.sex = 'Female'
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) );
cs_semester
How many students does Ogdon Zywicki advise?
Ogdon Zywicki is a professor;
SELECT COUNT(T1.student_id) FROM RA AS T1 INNER JOIN prof AS T2 ON T1.prof_id = T2.prof_id WHERE T2.first_name = 'Ogdon' AND T2.last_name = 'Zywicki'
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 );
synthea
Who had to take Clopidogrel 75 MG Oral Tablet for over 10 years?
Who implies the full name of the patient which refers to first, last; Clopidogrel 75 MG Oral Tablet refers to medications where DESCRIPTION = 'Clopidogrel 75 MG Oral Tablet'; for over 10 years refers to SUBTRACT(strftime('%Y', STOP), strftime('%Y', START)) > 10;
SELECT T1.first, T1.last FROM patients AS T1 INNER JOIN medications AS T2 ON T1.patient = T2.PATIENT WHERE T2.DESCRIPTION = 'Clopidogrel 75 MG Oral Tablet' AND strftime('%Y', T2.STOP) - strftime('%Y', T2.START) > 10
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 );
authors
Among the authors affiliated with Soongsil University, list the authors' names and papers published during the year 2000.
authors affiliated with Soongsil University refers to Affiliation = 'Soongsil University'
SELECT T2.Title, T1.Name FROM PaperAuthor AS T1 INNER JOIN Paper AS T2 ON T1.PaperId = T2.Id WHERE T1.Affiliation = 'Soongsil University' AND T2.Year = 2000
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) );
bike_share_1
In 2014, what is the shortest duration of trips by subscribers which started at 2nd at Folsom and ended in the 5th at Howard stations, and by how much shorter than the average? Give me the minimum temperature, maximum gust speed and weather event on that trip.
the shortest duration refers to MIN(duration); subscription_type = 'Subscriber', start_station_name = '2nd at Folsom', end_station_name = '5th at Howard'; in 2014 refers to time period between start_date = '1/1/2014 0:00' and end_date = '12/31/2014 11:59; Average duration = DIVIDE(SUM(duration), COUNT(id));
SELECT MIN(T1.duration) , MIN(T1.duration) - AVG(T1.duration), T2.min_temperature_f FROM trip AS T1 INNER JOIN weather AS T2 ON T2.zip_code = T1.zip_code WHERE T1.start_date = '1/1/2014 0:00' AND T1.end_date = '12/31/2014 11:59' AND T1.start_station_name = '2nd at Folsom' AND T1.end_station_name = '5th at Howard' AND T1.subscription_type = 'Subscriber'
CREATE TABLE IF NOT EXISTS "station" ( id INTEGER not null primary key, name TEXT, lat REAL, long REAL, dock_count INTEGER, city TEXT, installation_date TEXT ); CREATE TABLE IF NOT EXISTS "status" ( station_id INTEGER, bikes_available INTEGER, docks_available INTEGER, time TEXT ); CREATE TABLE IF NOT EXISTS "trip" ( id INTEGER not null primary key, duration INTEGER, start_date TEXT, start_station_name TEXT, start_station_id INTEGER, end_date TEXT, end_station_name TEXT, end_station_id INTEGER, bike_id INTEGER, subscription_type TEXT, zip_code INTEGER ); CREATE TABLE IF NOT EXISTS "weather" ( date TEXT, max_temperature_f INTEGER, mean_temperature_f INTEGER, min_temperature_f INTEGER, max_dew_point_f INTEGER, mean_dew_point_f INTEGER, min_dew_point_f INTEGER, max_humidity INTEGER, mean_humidity INTEGER, min_humidity INTEGER, max_sea_level_pressure_inches REAL, mean_sea_level_pressure_inches REAL, min_sea_level_pressure_inches REAL, max_visibility_miles INTEGER, mean_visibility_miles INTEGER, min_visibility_miles INTEGER, max_wind_Speed_mph INTEGER, mean_wind_speed_mph INTEGER, max_gust_speed_mph INTEGER, precipitation_inches TEXT, cloud_cover INTEGER, events TEXT, wind_dir_degrees INTEGER, zip_code TEXT );
works_cycles
Which sales person made the sale of 1635823.3967 last year? Give the Business Entity ID.
SELECT BusinessEntityID FROM SalesPerson WHERE SalesLastYear = '1635823.3967'
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 );
student_loan
Among the students with disabilities, list any five students' names who are unemployed.
students with disabilities who are unemployed refers to disabled.name who are IN unemployed.name;
SELECT T1.name FROM disabled AS T1 INNER JOIN unemployed AS T2 ON T2.name = T1.name LIMIT 5
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 );
works_cycles
How many person have a projected yearly sales of no more than 50,000?
projected yearly sales refers to SalesQuota; SalesQuota< = 50000;
SELECT COUNT(BusinessEntityID) FROM SalesPersonQuotaHistory WHERE SalesQuota < 500000
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
What country in Asia has the largest gross national product(GNP)?
Asia refers to Continent = 'Asia'; largest gross national product refers to MAX(GNP);
SELECT Name FROM Country WHERE Continent = 'Asia' ORDER BY GNP DESC LIMIT 1
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`) );
world_development_indicators
Among the countries who uses the 1968 System of National Accounts methodology, how many are in the Middle East & North Africa? Name the country with the highest CO2 emissions from solid fuel consumption in kiloton.
uses the 1968 System of National Accounts methodology refers to SystemOfNationalAccounts = '1968 System of National Accounts methodology'; in the Middle East & North Africa refers to Region = 'Middle East & North Africa'; the highest CO2 emissions from solid fuel consumption in kiloton refers to max(value where IndicatorName = 'CO2 emissions from solid fuel consumption (kt)')
SELECT COUNT(DISTINCT T1.CountryCode) FROM indicators AS T1 INNER JOIN country AS T2 ON T1.CountryCode = T2.CountryCode WHERE T2.Region = 'Middle East & North Africa' AND T2.SystemOfNationalAccounts = 'Country uses the 1968 System of National Accounts methodology.' AND T1.IndicatorName = 'CO2 emissions FROM solid fuel consumption (kt)' UNION SELECT * FROM ( SELECT T1.CountryName FROM indicators AS T1 INNER JOIN country AS T2 ON T1.CountryCode = T2.CountryCode WHERE T2.Region = 'Middle East & North Africa' AND T2.SystemOfNationalAccounts = 'Country uses the 1968 System of National Accounts methodology.' AND T1.IndicatorName = 'CO2 emissions FROM solid fuel consumption (kt)' GROUP BY T1.CountryName ORDER BY SUM(T1.value) DESC 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) );
synthea
List out all the observation information collected for the patient named Bella Rolfson.
observation information refers to observations.DESCRIPTION AND observations.VALUE AND observations.UNITS;
SELECT DISTINCT T2.DESCRIPTION, T2.VALUE, T2.UNITS FROM patients AS T1 INNER JOIN observations AS T2 ON T1.patient = T2.PATIENT WHERE T1.first = 'Bella' AND T1.last = 'Rolfson'
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 );
retails
What are the countries in the region of Asia?
countries in the region of Asia refer to n_name where r_name = 'ASIA';
SELECT T1.n_name FROM nation AS T1 INNER JOIN region AS T2 ON T1.n_regionkey = T2.r_regionkey WHERE T2.r_name = 'ASIA'
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
List the name and phone number of customers in India who have an above-average account balance.
name of customer refers to c_name; phone number of customer refers to c_phone; customers in India who have an above-average account balance refer to n_name = 'INDIA' and c_acctbal > AVG(c_acctbal);
SELECT T1.c_name, T1.c_phone FROM customer AS T1 INNER JOIN nation AS T2 ON T1.c_nationkey = T2.n_nationkey WHERE T1.c_acctbal > ( SELECT AVG(c_acctbal) FROM customer ) ORDER BY T1.c_name
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) );
world_development_indicators
Please provide the subject of series of Austria.
subject refers to topic; Austria refers to shortname = 'Austria'
SELECT DISTINCT T3.Topic FROM CountryNotes AS T1 INNER JOIN Country AS T2 ON T1.Countrycode = T2.CountryCode INNER JOIN Series AS T3 ON T1.Seriescode = T3.SeriesCode WHERE T2.ShortName = 'Austria'
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
What is the closing and opening time of businesses located at Glendale with highest star rating?
Glendale is a city; the highest star rating refers to MAX(stars)
SELECT T2.opening_time, T2.closing_time FROM Business AS T1 INNER JOIN Business_Hours AS T2 ON T1.business_id = T2.business_id WHERE T1.city = 'Glendale' ORDER BY T1.stars 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 );
software_company
Among the divorced male customers, give the income and response of those who has an level of education of 6 and above.
divorced male customers refer to SEX = 'Male' where MARITAL_STATUS = 'Divorced';
SELECT DISTINCT T3.INCOME_K, T2.RESPONSE FROM Customers AS T1 INNER JOIN Mailings1_2 AS T2 ON T1.ID = T2.REFID INNER JOIN Demog AS T3 ON T1.GEOID = T3.GEOID WHERE T1.EDUCATIONNUM > 6 AND T1.SEX = 'Male' AND T1.MARITAL_STATUS = 'Divorced'
CREATE TABLE Demog ( GEOID INTEGER constraint Demog_pk primary key, INHABITANTS_K REAL, INCOME_K REAL, A_VAR1 REAL, A_VAR2 REAL, A_VAR3 REAL, A_VAR4 REAL, A_VAR5 REAL, A_VAR6 REAL, A_VAR7 REAL, A_VAR8 REAL, A_VAR9 REAL, A_VAR10 REAL, A_VAR11 REAL, A_VAR12 REAL, A_VAR13 REAL, A_VAR14 REAL, A_VAR15 REAL, A_VAR16 REAL, A_VAR17 REAL, A_VAR18 REAL ); CREATE TABLE mailings3 ( REFID INTEGER constraint mailings3_pk primary key, REF_DATE DATETIME, RESPONSE TEXT ); CREATE TABLE IF NOT EXISTS "Customers" ( ID INTEGER constraint Customers_pk primary key, SEX TEXT, MARITAL_STATUS TEXT, GEOID INTEGER constraint Customers_Demog_GEOID_fk references Demog, EDUCATIONNUM INTEGER, OCCUPATION TEXT, age INTEGER ); CREATE TABLE IF NOT EXISTS "Mailings1_2" ( REFID INTEGER constraint Mailings1_2_pk primary key constraint Mailings1_2_Customers_ID_fk references Customers, REF_DATE DATETIME, RESPONSE TEXT ); CREATE TABLE IF NOT EXISTS "Sales" ( EVENTID INTEGER constraint Sales_pk primary key, REFID INTEGER references Customers, EVENT_DATE DATETIME, AMOUNT REAL );
legislator
Who is the Pro-Administration senator that runs from March 4, 1789 to December 31, 1791?
Pro-Administration refers to party = 'Pro-Administration'; senator refers to type = 'sen'; runs from March 4, 1789 refers to start = '1789-03-04'; runs to refers to end = '1791-12-31';
SELECT T1.first_name, T1.last_name FROM historical AS T1 INNER JOIN `historical-terms` AS T2 ON T1.bioguide_id = T2.bioguide WHERE T2.party = 'Pro-Administration' AND T2.start = '1789-03-04' AND T2.end = '1791-12-31'
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) );
professional_basketball
Which player, born in Winter Haven, played 12 minutes per season during the 1980s in the All-Stars?
born in Winter Haven refers to birthCity = 'Winter Haven'; during the 1980s in All-Stars refers to season_id = 1980; played in 12 minutes  per season refers to minutes = 12
SELECT DISTINCT T1.firstName, T1.middleName, T1.lastName FROM players AS T1 INNER JOIN player_allstar AS T2 ON T1.playerID = T2.playerID WHERE T1.birthCity = 'Winter Haven' AND T2.season_id BETWEEN 1980 AND 1989 AND T2.minutes = 12
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 );
public_review_platform
Among the active businesses in Arizona, how many businesses work after 12PM?
active businesses in Arizona refer to business_id where state = 'Arizona' and active = 'true'; work after 12PM refer to opening_time > '12PM';
SELECT COUNT(DISTINCT T2.business_id) FROM Business_Hours AS T1 INNER JOIN Business AS T2 ON T1.business_id = T2.business_id INNER JOIN Business_Categories AS T3 ON T2.business_id = T3.business_id INNER JOIN Categories AS T4 ON T3.category_id = T4.category_id WHERE T2.active = 'true' AND T2.state = 'AZ' AND T1.opening_time > '12PM'
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 );
image_and_language
Please list the classes of all the object samples in image no.1.
classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1
SELECT T1.OBJ_CLASS FROM OBJ_CLASSES AS T1 INNER JOIN IMG_OBJ AS T2 ON T1.OBJ_CLASS_ID = T2.OBJ_CLASS_ID WHERE T2.IMG_ID = 1 GROUP BY T1.OBJ_CLASS
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) );
student_loan
What is the ratio of students who have payment due and those who do not have payment due?
ratio =  DIVIDE(COUNT(name WHERE `bool` = 'pos'), COUNT(name WHERE `bool` = 'neg')); have payment due refers to `bool` = 'pos'; no payment due refers to `bool` = 'neg';
SELECT CAST(SUM(IIF(`bool` = 'pos', 1, 0)) AS REAL) / SUM(IIF(`bool` = 'neg', 1, 0)) FROM no_payment_due
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 );
cookbook
Calculate the percentage of recipes with no cholesterol included and have a cooking time less than 20 minutes among all recipes.
no cholesterol refers to cholestrl = 0; cooking time less than 20 minutes refers to cook_min < 20; calculation = MULTIPLY(DIVIDE(COUNT(cholestrl = 0 THEN recipe_id), COUNT(recipe_id)), 100)
SELECT CAST(SUM(CASE WHEN T1.cook_min < 20 AND T2.cholestrl = 0 THEN 1 ELSE 0 END) AS REAL) * 100 / COUNT(*) FROM Recipe AS T1 INNER JOIN Nutrition AS T2 ON T1.recipe_id = T2.recipe_id
CREATE TABLE Ingredient ( ingredient_id INTEGER primary key, category TEXT, name TEXT, plural TEXT ); CREATE TABLE Recipe ( recipe_id INTEGER primary key, title TEXT, subtitle TEXT, servings INTEGER, yield_unit TEXT, prep_min INTEGER, cook_min INTEGER, stnd_min INTEGER, source TEXT, intro TEXT, directions TEXT ); CREATE TABLE Nutrition ( recipe_id INTEGER primary key, protein REAL, carbo REAL, alcohol REAL, total_fat REAL, sat_fat REAL, cholestrl REAL, sodium REAL, iron REAL, vitamin_c REAL, vitamin_a REAL, fiber REAL, pcnt_cal_carb REAL, pcnt_cal_fat REAL, pcnt_cal_prot REAL, calories REAL, foreign key (recipe_id) references Recipe(recipe_id) ); CREATE TABLE Quantity ( quantity_id INTEGER primary key, recipe_id INTEGER, ingredient_id INTEGER, max_qty REAL, min_qty REAL, unit TEXT, preparation TEXT, optional TEXT, foreign key (recipe_id) references Recipe(recipe_id), foreign key (ingredient_id) references Ingredient(ingredient_id), foreign key (recipe_id) references Nutrition(recipe_id) );
beer_factory
Which of the root beer brand have the lowest purchase?
root beer brand refers to BrandName; lowest purchase refers to MIN(COUNT(BrandID));
SELECT T2.BrandName FROM rootbeer AS T1 INNER JOIN rootbeerbrand AS T2 ON T1.BrandID = T2.BrandID GROUP BY T2.BrandID ORDER BY COUNT(T1.BrandID) LIMIT 1
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) );
talkingdata
How many users in user group M23-26 use a vivo device?
user group M23-26 refers to group = 'M23-26'; vivo device refers to phone_brand = 'vivo';
SELECT COUNT(T2.device_id) FROM gender_age AS T1 INNER JOIN phone_brand_device_model2 AS T2 ON T1.device_id = T2.device_id WHERE T1.`group` = 'M23-26' AND 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`) );
regional_sales
Please list the names of customers who have total orders of over 3 in 2018.
total orders of over 3 in 2018 refer to COUNT(OrderNumber) > 3 where SUBSTR(OrderDate, -2) = '18';
SELECT DISTINCT IIF(COUNT(T2.CustomerID) > 3, T2.`Customer Names`, NULL) FROM `Sales Orders` AS T1 INNER JOIN Customers AS T2 ON T2.CustomerID = T1._CustomerID WHERE T1.OrderDate LIKE '%/%/18' GROUP BY T1._CustomerID HAVING COUNT(T2.CustomerID)
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 );
computer_student
Please list the levels of the all courses taught by teacher no.79.
levels of the all courses refers to courseLevel; teacher no.79 refers to taughtBy.p_id = 79
SELECT T1.courseLevel FROM course AS T1 INNER JOIN taughtBy AS T2 ON T1.course_id = T2.course_id WHERE T2.p_id = 79
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) );
image_and_language
List all the object classes in image 10.
object classes refer to OBJ_CLASS; image 10 refers to IMG_ID = 10;
SELECT DISTINCT T2.OBJ_CLASS FROM IMG_OBJ AS T1 INNER JOIN OBJ_CLASSES AS T2 ON T1.OBJ_CLASS_ID = T2.OBJ_CLASS_ID WHERE T1.IMG_ID = 10
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) );
address
In cities that do not implement daylight savings, what is the total number of cities?
do not implement daylight savings refers to daylight_savings = 'No';
SELECT COUNT(T1.area_code) FROM area_code AS T1 INNER JOIN zip_data AS T2 ON T1.zip_code = T2.zip_code WHERE T2.daylight_savings = 'No'
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) );
hockey
For he who had the highest plus / minus on the court in the 1981 season, what's his full name?
highest Plus/minus refers to MAX(+/-); full name refers to firstName, lastName; 1981 season refers to year = '1981'
SELECT T1.firstName, T1.lastName FROM Master AS T1 INNER JOIN Scoring AS T2 ON T1.playerID = T2.playerID WHERE T2.year = 1981 GROUP BY T2.playerID ORDER BY SUM(T2.`+/-`) DESC LIMIT 1
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) );
movie_3
List at least 10 films that falls into the Horror category.
film refers to title; Horror category refers to category.name = 'Horror'
SELECT T1.title FROM film AS T1 INNER JOIN film_category AS T2 ON T1.film_id = T2.film_id INNER JOIN category AS T3 ON T2.category_id = T3.category_id WHERE T3.name = 'Horror'
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 );
authors
What is the average number of papers published in the World Computer Congress each year?
published in the World Computer Congress refers to FullName = 'World Computer Congress'; average refers to DIVIDE(COUNT(FullName = 'World Computer Congress'), COUNT(Id))
SELECT CAST(SUM(CASE WHEN T2.FullName = 'International Congress Series' THEN 1 ELSE 0 END) AS REAL) / COUNT(T1.Id) AS Div1, T1.Year FROM Paper AS T1 INNER JOIN Journal AS T2 ON T1.JournalId = T2.Id GROUP BY T1.YEAR HAVING Div1 != 0
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) );
computer_student
Among the students being advised by advisors, which students' year in the program do the advisors advise the majority of?
students refers to student = 1; students' year in the program do the advisors advise the majority of refers to max(count(yearsInProgram))
SELECT T2.yearsInProgram FROM advisedBy AS T1 INNER JOIN person AS T2 ON T1.p_id = T2.p_id WHERE T2.student = 1 GROUP BY T2.yearsInProgram ORDER BY COUNT(T1.p_id_dummy) DESC LIMIT 1
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) );
movies_4
What is the title of the movie with the most keywords?
most keywords refers to max(count(keyword_id))
SELECT T1.title FROM movie AS T1 INNER JOIN movie_keywords AS T2 ON T1.movie_id = T2.movie_id GROUP BY T1.title ORDER BY COUNT(T2.keyword_id) 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 );
soccer_2016
Among the matches, what percentage have a winning margin above 100?
winning margin above 100 refers to Win_Margin > 100; percentage = divide(count(Match_Id) when Win_Margin > 100, count(Match_Id)) as percentage
SELECT CAST(COUNT(CASE WHEN Win_Margin > 100 THEN 1 ELSE 0 END) AS REAL) * 100 / TOTAL(Match_Id) 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) );
soccer_2016
Provide the point of the winning margin in a match between Mumbai Indians and Royal Challengers Bangalore on May 28, 2008.
point of the winning margin refers to Win_Margin; Mumbai Indians refers to Team_Name = 'Mumbai Indians'; Royal Challengers Bangalore refers to Team_Name = 'Royal Challengers Bangalore'; on May 28 2008 refers to Match_Date = '2008-05-28'
SELECT T1.Win_Margin FROM Match AS T1 INNER JOIN Team AS T2 ON T2.Team_Id = T1.Team_1 INNER JOIN Team AS T3 ON T3.Team_Id = T1.Team_2 WHERE (T2.Team_Name = 'Mumbai Indians' AND T3.Team_Name = 'Royal Challengers Bangalore' AND T1.Match_Date = '2008-05-28') OR (T2.Team_Name = 'Royal Challengers Bangalore' AND T3.Team_Name = 'Mumbai Indians' AND T1.Match_Date = '2008-05-28')
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) );
software_company
Among the customers with an average income per inhabitant above 3000, what percentage are in their eighties?
average income per inhabitant above 3000 refers to INCOME_K > 3000; eighties refer to age BETWEEN 80 AND 89; DIVIDE(COUNT(INCOME_K > 3000 and age BETWEEN 80 AND 89), COUNT(INCOME_K > 3000 )) as percentage;
SELECT CAST(SUM(CASE WHEN T1.age BETWEEN 80 AND 89 THEN 1 ELSE 0 END) AS REAL) * 100 / COUNT(T1.ID) FROM Customers AS T1 INNER JOIN Demog AS T2 ON T1.GEOID = T2.GEOID WHERE T2.INCOME_K > 3000
CREATE TABLE Demog ( GEOID INTEGER constraint Demog_pk primary key, INHABITANTS_K REAL, INCOME_K REAL, A_VAR1 REAL, A_VAR2 REAL, A_VAR3 REAL, A_VAR4 REAL, A_VAR5 REAL, A_VAR6 REAL, A_VAR7 REAL, A_VAR8 REAL, A_VAR9 REAL, A_VAR10 REAL, A_VAR11 REAL, A_VAR12 REAL, A_VAR13 REAL, A_VAR14 REAL, A_VAR15 REAL, A_VAR16 REAL, A_VAR17 REAL, A_VAR18 REAL ); CREATE TABLE mailings3 ( REFID INTEGER constraint mailings3_pk primary key, REF_DATE DATETIME, RESPONSE TEXT ); CREATE TABLE IF NOT EXISTS "Customers" ( ID INTEGER constraint Customers_pk primary key, SEX TEXT, MARITAL_STATUS TEXT, GEOID INTEGER constraint Customers_Demog_GEOID_fk references Demog, EDUCATIONNUM INTEGER, OCCUPATION TEXT, age INTEGER ); CREATE TABLE IF NOT EXISTS "Mailings1_2" ( REFID INTEGER constraint Mailings1_2_pk primary key constraint Mailings1_2_Customers_ID_fk references Customers, REF_DATE DATETIME, RESPONSE TEXT ); CREATE TABLE IF NOT EXISTS "Sales" ( EVENTID INTEGER constraint Sales_pk primary key, REFID INTEGER references Customers, EVENT_DATE DATETIME, AMOUNT REAL );
synthea
List down the address of patients who have billable period in 2010.
SELECT DISTINCT T1.address FROM patients AS T1 INNER JOIN claims AS T2 ON T1.patient = T2.PATIENT WHERE T2.BILLABLEPERIOD LIKE '2010%'
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 );
professional_basketball
What are the basketball players' BMI ranges?
BMI = Multiply(Divide(weight, Multiply(height, height)), 703)
SELECT MIN(CAST(weight AS REAL) / (height * height)) , MAX(CAST(weight AS REAL) / (height * height)) FROM players
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 );
ice_hockey_draft
How many players who were drafted by the Toronto Maple Leafs have played over 300 games in their first 7 years of the NHL career?
drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;
SELECT COUNT(ELITEID) FROM PlayerInfo WHERE overallby = 'Toronto Maple Leafs' AND sum_7yr_GP > 300
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) );
movies_4
Tally the movie ID and character name in the movie starring Jim Carrey.
SELECT T2.movie_id, T2.character_name FROM person AS T1 INNER JOIN movie_cast AS T2 ON T1.person_id = T2.person_id WHERE T1.person_name = 'Jim Carrey'
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 );
mondial_geo
List the infant mortality of country with the least Amerindian.
SELECT T1.Infant_Mortality FROM population AS T1 INNER JOIN ethnicGroup AS T2 ON T1.Country = T2.Country WHERE T2.Name = 'Amerindian' ORDER BY T2.Percentage ASC 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 );
shooting
Of all male officers, what percentage are black officers?
male refers to gender = 'M'; black refers to race = 'B'; percentage = divide(count(officers where race = 'B'), count(officers)) where gender = 'M' * 100%
SELECT CAST(SUM(race = 'B') AS REAL) * 100 / COUNT(case_number) FROM officers WHERE gender = 'M'
CREATE TABLE incidents ( case_number TEXT not null primary key, date DATE not null, location TEXT not null, subject_statuses TEXT not null, subject_weapon TEXT not null, subjects TEXT not null, subject_count INTEGER not null, officers TEXT not null ); CREATE TABLE officers ( case_number TEXT not null, race TEXT null, gender TEXT not null, last_name TEXT not null, first_name TEXT null, full_name TEXT not null, foreign key (case_number) references incidents (case_number) ); CREATE TABLE subjects ( case_number TEXT not null, race TEXT not null, gender TEXT not null, last_name TEXT not null, first_name TEXT null, full_name TEXT not null, foreign key (case_number) references incidents (case_number) );
beer_factory
How many sweet bottled root beers that do not contain cane sugar were purchased in 2015 through the selling company located in Sac State American River Courtyard?
sweet refers to Honey = 'TRUE'; bottled refers to ContainerType = 'Bottle'; do not contain cane sugar refers to CaneSugar = 'FALSE'; in 2015 refers to PurchaseDate < = '2015-12-31'; Sac State American River Courtyard refers to LocationName = 'Sac State American River Courtyard';
SELECT COUNT(T1.BrandID) FROM rootbeer AS T1 INNER JOIN rootbeerbrand AS T2 ON T1.BrandID = T2.BrandID INNER JOIN location AS T3 ON T1.LocationID = T3.LocationID WHERE T3.LocationName = 'Sac State American River Courtyard' AND T1.PurchaseDate LIKE '2015%' AND T2.Honey = 'TRUE' AND T2.CaneSugar = 'FALSE' AND T1.ContainerType = 'Bottle'
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) );
books
How many books were published by Brava in 2006?
"Brava" is the publisher_name; in 2006 refers to SUBSTR(publication_date, 1, 4) = '2006'
SELECT COUNT(*) FROM book AS T1 INNER JOIN publisher AS T2 ON T1.publisher_id = T2.publisher_id WHERE T2.publisher_name = 'Brava' AND STRFTIME('%Y', T1.publication_date) = '2006'
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 );
movie_3
What is the difference in the average number of films rented each day in Australia and Canada?
'Australia' AND 'Canada' are country; average number of films refers to AVG('Australia') AND AVG('Canada'); calculation = SUBTRACT(AVG('Australia'), AVG('Canada'))
SELECT AVG(IIF(T4.country = 'Australia', 1, 0)) - AVG(IIF(T4.country = 'Canada', 1, 0)) AS diff FROM customer AS T1 INNER JOIN address AS T2 ON T1.address_id = T2.address_id INNER JOIN city AS T3 ON T2.city_id = T3.city_id INNER JOIN country AS T4 ON T3.country_id = T4.country_id
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 );
movie
How much longer in percentage is the screen time of the most important character in Batman than the least important one?
most important character refers to max(screentime); least important character refers to min(screentime); movie Batman refers to title = 'Batman'; percentage = divide(subtract(max(screentime) , min(screentime)) , min(screentime)) * 100%
SELECT (MAX(CAST(SUBSTR(T2.screentime, 3, 2) AS REAL)) - MIN(CAST(SUBSTR(T2.screentime, 3, 2) AS REAL))) * 100 / MIN(CAST(SUBSTR(T2.screentime, 3, 2) AS REAL)) FROM movie AS T1 INNER JOIN characters AS T2 ON T1.MovieID = T2.MovieID WHERE T1.Title = 'Batman'
CREATE TABLE actor ( ActorID INTEGER constraint actor_pk primary key, Name TEXT, "Date of Birth" DATE, "Birth City" TEXT, "Birth Country" TEXT, "Height (Inches)" INTEGER, Biography TEXT, Gender TEXT, Ethnicity TEXT, NetWorth TEXT ); CREATE TABLE movie ( MovieID INTEGER constraint movie_pk primary key, Title TEXT, "MPAA Rating" TEXT, Budget INTEGER, Gross INTEGER, "Release Date" TEXT, Genre TEXT, Runtime INTEGER, Rating REAL, "Rating Count" INTEGER, Summary TEXT ); CREATE TABLE characters ( MovieID INTEGER, ActorID INTEGER, "Character Name" TEXT, creditOrder INTEGER, pay TEXT, screentime TEXT, primary key (MovieID, ActorID), foreign key (ActorID) references actor(ActorID), foreign key (MovieID) references movie(MovieID) );
college_completion
List the basic of the institution in 2012 with race of all male students.
in 2012 refers to year = '2012'; male refers to gender = 'M'; all students refer to race = 'X'.
SELECT DISTINCT T1.basic, T2.race FROM institution_details AS T1 INNER JOIN institution_grads AS T2 ON T2.unitid = T1.unitid WHERE T2.year = 2012 AND T2.gender = 'M' AND t2.race = 'X'
CREATE TABLE institution_details ( unitid INTEGER constraint institution_details_pk primary key, chronname TEXT, city TEXT, state TEXT, level TEXT, control TEXT, basic TEXT, hbcu TEXT, flagship TEXT, long_x REAL, lat_y REAL, site TEXT, student_count INTEGER, awards_per_value REAL, awards_per_state_value REAL, awards_per_natl_value REAL, exp_award_value INTEGER, exp_award_state_value INTEGER, exp_award_natl_value INTEGER, exp_award_percentile INTEGER, ft_pct REAL, fte_value INTEGER, fte_percentile INTEGER, med_sat_value TEXT, med_sat_percentile TEXT, aid_value INTEGER, aid_percentile INTEGER, endow_value TEXT, endow_percentile TEXT, grad_100_value REAL, grad_100_percentile INTEGER, grad_150_value REAL, grad_150_percentile INTEGER, pell_value REAL, pell_percentile INTEGER, retain_value REAL, retain_percentile INTEGER, ft_fac_value REAL, ft_fac_percentile INTEGER, vsa_year TEXT, vsa_grad_after4_first TEXT, vsa_grad_elsewhere_after4_first TEXT, vsa_enroll_after4_first TEXT, vsa_enroll_elsewhere_after4_first TEXT, vsa_grad_after6_first TEXT, vsa_grad_elsewhere_after6_first TEXT, vsa_enroll_after6_first TEXT, vsa_enroll_elsewhere_after6_first TEXT, vsa_grad_after4_transfer TEXT, vsa_grad_elsewhere_after4_transfer TEXT, vsa_enroll_after4_transfer TEXT, vsa_enroll_elsewhere_after4_transfer TEXT, vsa_grad_after6_transfer TEXT, vsa_grad_elsewhere_after6_transfer TEXT, vsa_enroll_after6_transfer TEXT, vsa_enroll_elsewhere_after6_transfer TEXT, similar TEXT, state_sector_ct INTEGER, carnegie_ct INTEGER, counted_pct TEXT, nicknames TEXT, cohort_size INTEGER ); CREATE TABLE institution_grads ( unitid INTEGER, year INTEGER, gender TEXT, race TEXT, cohort TEXT, grad_cohort TEXT, grad_100 TEXT, grad_150 TEXT, grad_100_rate TEXT, grad_150_rate TEXT, foreign key (unitid) references institution_details(unitid) ); CREATE TABLE state_sector_grads ( stateid INTEGER, state TEXT, state_abbr TEXT, control TEXT, level TEXT, year INTEGER, gender TEXT, race TEXT, cohort TEXT, grad_cohort TEXT, grad_100 TEXT, grad_150 TEXT, grad_100_rate TEXT, grad_150_rate TEXT, grad_cohort_ct INTEGER, foreign key (state) references institution_details(state), foreign key (stateid) references state_sector_details(stateid) ); CREATE TABLE IF NOT EXISTS "state_sector_details" ( stateid INTEGER, state TEXT references institution_details (state), state_post TEXT, level TEXT, control TEXT, schools_count INTEGER, counted_pct TEXT, awards_per_state_value TEXT, awards_per_natl_value REAL, exp_award_state_value TEXT, exp_award_natl_value INTEGER, state_appr_value TEXT, state_appr_rank TEXT, grad_rate_rank TEXT, awards_per_rank TEXT, primary key (stateid, level, control) );
university
What is the country ID of the University of Tokyo?
University of Tokyo refers to university_name = 'University of Tokyo';
SELECT country_id FROM university WHERE university_name = 'University of Tokyo'
CREATE TABLE country ( id INTEGER not null primary key, country_name TEXT default NULL ); CREATE TABLE ranking_system ( id INTEGER not null primary key, system_name TEXT default NULL ); CREATE TABLE ranking_criteria ( id INTEGER not null primary key, ranking_system_id INTEGER default NULL, criteria_name TEXT default NULL, foreign key (ranking_system_id) references ranking_system(id) ); CREATE TABLE university ( id INTEGER not null primary key, country_id INTEGER default NULL, university_name TEXT default NULL, foreign key (country_id) references country(id) ); CREATE TABLE university_ranking_year ( university_id INTEGER default NULL, ranking_criteria_id INTEGER default NULL, year INTEGER default NULL, score INTEGER default NULL, foreign key (ranking_criteria_id) references ranking_criteria(id), foreign key (university_id) references university(id) ); CREATE TABLE university_year ( university_id INTEGER default NULL, year INTEGER default NULL, num_students INTEGER default NULL, student_staff_ratio REAL default NULL, pct_international_students INTEGER default NULL, pct_female_students INTEGER default NULL, foreign key (university_id) references university(id) );
movie_3
List down all film IDs of comedy film titles.
comedy is name of category
SELECT T1.film_id FROM film AS T1 INNER JOIN film_category AS T2 ON T1.film_id = T2.film_id INNER JOIN category AS T3 ON T3.category_id = T2.category_id WHERE T3.name = 'comedy'
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
How many kinds of products are there in the the category of "dairy products"?
kinds of products refers to ProductID; category refers to CategoryName;
SELECT COUNT(T1.ProductID) FROM Products AS T1 INNER JOIN Categories AS T2 ON T1.CategoryID = T2.CategoryID WHERE T2.CategoryName = 'Dairy Products'
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) );
beer_factory
Among all the root beers purchased by Frank-Paul Santangelo, how many of them were non-sweetened?
non-sweetened refers to honey = 'FALSE' AND artificialsweetener = 'FALSE';
SELECT COUNT(T1.CustomerID) FROM customers AS T1 INNER JOIN `transaction` AS T2 ON T1.CustomerID = T2.CustomerID INNER JOIN rootbeer AS T3 ON T2.RootBeerID = T3.RootBeerID INNER JOIN rootbeerbrand AS T4 ON T3.BrandID = T4.BrandID WHERE T1.First = 'Frank-Paul' AND T1.Last = 'Santangelo' AND T4.ArtificialSweetener = 'FALSE' AND T4.Honey = 'FALSE'
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) );
beer_factory
Among the customers not subscribed to the mailing list, what percentage has given three or more stars in a review?
not subscribed to the mailing list refers to SubscribedToEmailList = 'FALSE'; percentage = MULTIPLY(DIVIDE(SUM(CustomerID WHERE StarRating > 3), COUNT(CustomerID) WHERE SubscribedToEmailList = 'FALSE'), 1.0);
SELECT CAST(COUNT(CASE WHEN T2.StarRating > 3 THEN 1 ELSE NULL END) AS REAL) * 100 / COUNT(T2.CustomerID) FROM customers AS T1 INNER JOIN rootbeerreview AS T2 ON T1.CustomerID = T2.CustomerID WHERE T1.SubscribedToEmailList = 'FALSE'
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) );
menu
Write down the image ID, full height, and full width of the menu that were used in the "100TH ANNIVERSARY OF BIRTH OF DANIEL WEBSTER" event.
FALSE;
SELECT T1.image_id, T1.full_height, T1.full_width FROM MenuPage AS T1 INNER JOIN Menu AS T2 ON T2.id = T1.menu_id WHERE T2.event = '100TH ANNIVERSARY OF BIRTH OF DANIEL WEBSTER'
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) );
world_development_indicators
From 1960 to 1965, which country had the highest Death rate, crude (per 1,000 people)?
IndicatorName = 'Death rate, crude (per 1,000 people)'; the highest refers to MAX(Value); from 1960 to 1965 refers to Year between '1960' and '1965'; country refers to CountryName;
SELECT CountryName FROM Indicators WHERE Year BETWEEN 1960 AND 1965 AND IndicatorName = 'Death rate, crude (per 1,000 people)' ORDER BY Value DESC 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) );
donor
Among the technology items, what percentage of them are from Best Buy for Business? Provide the date of the project related to those items.
technology items refers to project_resource_type = 'Technology'; from Best Buy for Business refers to vendor_name = 'Best Buy for Business'; percentage refers to DIVIDE(count(case when vendor_name = 'Best Buy for Business'),count(projectid))
SELECT CAST(SUM(CASE WHEN T1.vendor_name = 'Best Buy for Business' THEN 1 ELSE 0 END) AS REAL) * 100 / COUNT(T1.projectid) FROM resources AS T1 INNER JOIN projects AS T2 ON T1.projectid = T2.projectid WHERE T1.project_resource_type = 'Technology' UNION ALL SELECT DISTINCT T1.date_posted FROM projects AS T1 INNER JOIN resources AS T2 ON T1.projectid = T2.projectid WHERE T2.vendor_name = 'Best Buy for Business' AND T2.project_resource_type = 'Technology'
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) );
university
How many female students were there at Stanford University in 2011?
in 2011 refers to year 2011; female students refers to DIVIDE(MULTIPLY(pct_female_students, num_students), 100); Stanford University refers to university_name = 'Stanford University';
SELECT CAST(T1.num_students * T1.pct_female_students AS REAL) / 100 FROM university_year AS T1 INNER JOIN university AS T2 ON T1.university_id = T2.id WHERE T1.year = 2011 AND T2.university_name = 'Stanford University'
CREATE TABLE country ( id INTEGER not null primary key, country_name TEXT default NULL ); CREATE TABLE ranking_system ( id INTEGER not null primary key, system_name TEXT default NULL ); CREATE TABLE ranking_criteria ( id INTEGER not null primary key, ranking_system_id INTEGER default NULL, criteria_name TEXT default NULL, foreign key (ranking_system_id) references ranking_system(id) ); CREATE TABLE university ( id INTEGER not null primary key, country_id INTEGER default NULL, university_name TEXT default NULL, foreign key (country_id) references country(id) ); CREATE TABLE university_ranking_year ( university_id INTEGER default NULL, ranking_criteria_id INTEGER default NULL, year INTEGER default NULL, score INTEGER default NULL, foreign key (ranking_criteria_id) references ranking_criteria(id), foreign key (university_id) references university(id) ); CREATE TABLE university_year ( university_id INTEGER default NULL, year INTEGER default NULL, num_students INTEGER default NULL, student_staff_ratio REAL default NULL, pct_international_students INTEGER default NULL, pct_female_students INTEGER default NULL, foreign key (university_id) references university(id) );
movie_3
Please list the titles of all the films starring the actor PENELOPE GUINESS.
SELECT T2.title FROM film_actor AS T1 INNER JOIN film AS T2 ON T1.film_id = T2.film_id INNER JOIN actor AS T3 ON T1.actor_id = T3.actor_id WHERE T3.first_name = 'PENELOPE' AND T3.last_name = 'GUINESS'
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 );
address
Provide the alias and elevation of the city with zip code 1028.
SELECT T1.alias, T2.elevation FROM alias AS T1 INNER JOIN zip_data AS T2 ON T1.zip_code = T2.zip_code WHERE T1.zip_code = 1028
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) );
hockey
When was the birthday for the goalie who had most goal againsts in 1965 season?
Birthday refers to CONCAT(birthYear / birthMon / birthDate);most goal against refers to MAX(GA);1965 season refers to year = '1965'
SELECT T1.birthYear, T1.birthMon, birthDay FROM Master AS T1 INNER JOIN Goalies AS T2 ON T1.playerID = T2.playerID WHERE T2.year = 1965 ORDER BY T2.GA DESC LIMIT 1
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) );
simpson_episodes
What is the total number of episode with a rating below 7?
rating below 7 refers to rating < 7
SELECT COUNT(episode_id) FROM Episode WHERE rating < 7;
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) );
synthea
What is the total number of Asian patients who are allergic to peanuts?
Asian refers to race like 'asian%'; allergic to peanuts refers to allergies where DESCRIPTION = 'Allergy to peanuts';
SELECT COUNT(T2.patient) FROM allergies AS T1 INNER JOIN patients AS T2 ON T1.PATIENT = T2.patient WHERE T1.DESCRIPTION = 'Allergy to peanuts' AND T2.race = 'asian'
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 );
donor
List the primary subject of all the donations with a corporate sponsored giftcard.
corporate sponsored giftcard refers to payment_included_campaign_gift_card = 't'; primary subject refers to primary_focus_subject
SELECT DISTINCT T2.primary_focus_subject FROM donations AS T1 INNER JOIN projects AS T2 ON T1.projectid = T2.projectid WHERE T1.payment_included_campaign_gift_card = 't'
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) );
shooting
List all cases from the year 2012 in which the subject was deceased
case refers to case_number; year 2012 refers to date between '2012-01-01' and '2012-12-31'; subject was deceased refers to subject_statuses = 'Deceased'
SELECT case_number FROM incidents WHERE STRFTIME('%Y', date) > '2011' AND subject_statuses = 'Deceased'
CREATE TABLE incidents ( case_number TEXT not null primary key, date DATE not null, location TEXT not null, subject_statuses TEXT not null, subject_weapon TEXT not null, subjects TEXT not null, subject_count INTEGER not null, officers TEXT not null ); CREATE TABLE officers ( case_number TEXT not null, race TEXT null, gender TEXT not null, last_name TEXT not null, first_name TEXT null, full_name TEXT not null, foreign key (case_number) references incidents (case_number) ); CREATE TABLE subjects ( case_number TEXT not null, race TEXT not null, gender TEXT not null, last_name TEXT not null, first_name TEXT null, full_name TEXT not null, foreign key (case_number) references incidents (case_number) );
restaurant
How many Chinese restaurants are there on 1st st, Livermore?
Chinese restaurant refers to food_type = 'chinese'; 1st st refers to street_name = '1st st'; Livermore refers to city = 'livermore'
SELECT COUNT(T1.id_restaurant) FROM generalinfo AS T1 INNER JOIN location AS T2 ON T1.id_restaurant = T2.id_restaurant WHERE T1.city = 'livermore' AND T1.food_type = 'chinese' AND T2.street_name = '1st st'
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 );
food_inspection_2
Compare the number of inspections under toxic items and no-smoking regulations.
under toxic items refers to category = 'Toxic Items'; no-smoking regulations refers to category = 'No Smoking Regulations'
SELECT COUNT(CASE WHEN T2.category = 'Toxic Items' THEN T1.inspection_id END) AS Tox_nums , COUNT(CASE WHEN T2.category = 'No Smoking Regulations' THEN T1.inspection_id END) AS NosmoNums FROM violation AS T1 INNER JOIN inspection_point AS T2 ON T1.point_id = T2.point_id
CREATE TABLE employee ( employee_id INTEGER primary key, first_name TEXT, last_name TEXT, address TEXT, city TEXT, state TEXT, zip INTEGER, phone TEXT, title TEXT, salary INTEGER, supervisor INTEGER, foreign key (supervisor) references employee(employee_id) ); CREATE TABLE establishment ( license_no INTEGER primary key, dba_name TEXT, aka_name TEXT, facility_type TEXT, risk_level INTEGER, address TEXT, city TEXT, state TEXT, zip INTEGER, latitude REAL, longitude REAL, ward INTEGER ); CREATE TABLE inspection ( inspection_id INTEGER primary key, inspection_date DATE, inspection_type TEXT, results TEXT, employee_id INTEGER, license_no INTEGER, followup_to INTEGER, foreign key (employee_id) references employee(employee_id), foreign key (license_no) references establishment(license_no), foreign key (followup_to) references inspection(inspection_id) ); CREATE TABLE inspection_point ( point_id INTEGER primary key, Description TEXT, category TEXT, code TEXT, fine INTEGER, point_level TEXT ); CREATE TABLE violation ( inspection_id INTEGER, point_id INTEGER, fine INTEGER, inspector_comment TEXT, primary key (inspection_id, point_id), foreign key (inspection_id) references inspection(inspection_id), foreign key (point_id) references inspection_point(point_id) );
movie_3
List down email address of customers who were attended by staff with ID 2.
email address refers to email
SELECT DISTINCT T1.email FROM customer AS T1 INNER JOIN rental AS T2 ON T1.customer_id = T2.customer_id WHERE T2.staff_id = 2
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 );
university
Provide the universities which got the highest scores.
got the highest scores refers to MAX(SUM(score))
SELECT T1.university_name FROM university AS T1 INNER JOIN university_ranking_year AS T2 ON T1.id = T2.university_id GROUP BY T1.university_name ORDER BY SUM(T2.score) DESC LIMIT 1
CREATE TABLE country ( id INTEGER not null primary key, country_name TEXT default NULL ); CREATE TABLE ranking_system ( id INTEGER not null primary key, system_name TEXT default NULL ); CREATE TABLE ranking_criteria ( id INTEGER not null primary key, ranking_system_id INTEGER default NULL, criteria_name TEXT default NULL, foreign key (ranking_system_id) references ranking_system(id) ); CREATE TABLE university ( id INTEGER not null primary key, country_id INTEGER default NULL, university_name TEXT default NULL, foreign key (country_id) references country(id) ); CREATE TABLE university_ranking_year ( university_id INTEGER default NULL, ranking_criteria_id INTEGER default NULL, year INTEGER default NULL, score INTEGER default NULL, foreign key (ranking_criteria_id) references ranking_criteria(id), foreign key (university_id) references university(id) ); CREATE TABLE university_year ( university_id INTEGER default NULL, year INTEGER default NULL, num_students INTEGER default NULL, student_staff_ratio REAL default NULL, pct_international_students INTEGER default NULL, pct_female_students INTEGER default NULL, foreign key (university_id) references university(id) );
codebase_comments
How many methods in the same repository share a tokenized name that begins with "query language..."?
methods refers to Name; tokenized name refers to NameTokenized; NameTokenized LIKE 'query language%';
SELECT COUNT(T2.SolutionId) FROM Solution AS T1 INNER JOIN Method AS T2 ON T1.Id = T2.SolutionId WHERE T2.NameTokenized LIKE 'query language%'
CREATE TABLE sqlite_sequence(name,seq); CREATE TABLE IF NOT EXISTS "Method" ( Id INTEGER not null primary key autoincrement, Name TEXT, FullComment TEXT, Summary TEXT, ApiCalls TEXT, CommentIsXml INTEGER, SampledAt INTEGER, SolutionId INTEGER, Lang TEXT, NameTokenized TEXT ); CREATE TABLE IF NOT EXISTS "MethodParameter" ( Id INTEGER not null primary key autoincrement, MethodId TEXT, Type TEXT, Name TEXT ); CREATE TABLE Repo ( Id INTEGER not null primary key autoincrement, Url TEXT, Stars INTEGER, Forks INTEGER, Watchers INTEGER, ProcessedTime INTEGER ); CREATE TABLE Solution ( Id INTEGER not null primary key autoincrement, RepoId INTEGER, Path TEXT, ProcessedTime INTEGER, WasCompiled INTEGER );
chicago_crime
Find the ward office's address and phone number of the ward where the most crimes without arrest occurred.
the most crime without arrest refers to Max(Count(arrest = 'FALSE')); phone number refers to ward_office_phone; address refers to ward_office_address
SELECT T2.ward_office_address, T2.ward_office_phone FROM Crime AS T1 INNER JOIN Ward AS T2 ON T2.ward_no = T1.ward_no WHERE T1.arrest = 'FALSE' GROUP BY T2.ward_office_address, T2.ward_office_phone ORDER BY COUNT(T1.arrest) DESC LIMIT 1
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) );
movie
Among the actors starred in Die Hard 2, list their net worth and birth date of actors with a height between 60 to 65.
Die Hard 2 refers to Title = 'Die Hard 2'; height between 60 to 65 refers to Height (Inches) BETWEEN 60 AND 65
SELECT T3.NetWorth, T3.`Date of Birth` FROM movie AS T1 INNER JOIN characters AS T2 ON T1.MovieID = T2.MovieID INNER JOIN actor AS T3 ON T3.ActorID = T2.ActorID WHERE T1.Title = 'Die Hard 2' AND T3.`Height (Inches)` BETWEEN 60 AND 65
CREATE TABLE actor ( ActorID INTEGER constraint actor_pk primary key, Name TEXT, "Date of Birth" DATE, "Birth City" TEXT, "Birth Country" TEXT, "Height (Inches)" INTEGER, Biography TEXT, Gender TEXT, Ethnicity TEXT, NetWorth TEXT ); CREATE TABLE movie ( MovieID INTEGER constraint movie_pk primary key, Title TEXT, "MPAA Rating" TEXT, Budget INTEGER, Gross INTEGER, "Release Date" TEXT, Genre TEXT, Runtime INTEGER, Rating REAL, "Rating Count" INTEGER, Summary TEXT ); CREATE TABLE characters ( MovieID INTEGER, ActorID INTEGER, "Character Name" TEXT, creditOrder INTEGER, pay TEXT, screentime TEXT, primary key (MovieID, ActorID), foreign key (ActorID) references actor(ActorID), foreign key (MovieID) references movie(MovieID) );
sales
What is the average price of products that cost between 100 and 200?
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
SELECT AVG(Price) FROM Products WHERE Price BETWEEN 100 AND 200
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 );
language_corpus
How many times greater is the appearances of the biword pair "a base" than "a decimal"?
a, base AND decimal are words; wid is the ID of word; w1st is the first word of a biword pair; w2nd is the second word of a biword pair; appearances refers to biwords.occurrences; biword pair 'a base' refers to word = 'a' as w1st AND word = 'base' as w2nd; biword pair 'a decimal' refers to word = 'a' as w1st AND word = 'decimal' as w2nd; appearances of 'a base' greater than 'a decimal' refers to DIVIDE(SUBTRACT(biwords.occurrences'a base', biwords.occurrences'a decimal'), biwords.occurrences'a decimal')
SELECT CAST(occurrences AS REAL) / ( SELECT occurrences FROM biwords WHERE w1st = ( SELECT wid FROM words WHERE word = 'a' ) AND w2nd = ( SELECT wid FROM words WHERE word = 'decimal' ) ) FROM biwords WHERE w1st = ( SELECT wid FROM words WHERE word = 'a' ) AND w2nd = ( SELECT wid FROM words WHERE word = 'base' )
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
Provide the country with its full name which has the most ethnic group? List them all ethnic group together with its percentage.
SELECT T1.Name, T2.Name, T2.Percentage FROM country AS T1 INNER JOIN ethnicGroup AS T2 ON T1.Code = T2.Country WHERE T1.Name = ( SELECT T1.Name FROM country AS T1 INNER JOIN ethnicGroup AS T2 ON T1.Code = T2.Country GROUP BY T1.Name ORDER BY COUNT(T2.Name) DESC LIMIT 1 ) GROUP BY T1.Name, T2.Name, T2.Percentage
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 );
retail_world
Calculate the percentage salary of employees who handled orders shipped in 1996.
shipped in 1996 refers to ShippedDate = 1996; percentage salary = divide(sum(Salary when ShippedDate = 1996), sum(Salary)) as percentage
SELECT CAST(SUM(CASE WHEN STRFTIME('%Y', T2.ShippedDate) = '1996' THEN T1.Salary ELSE 0 END) AS REAL) * 100 / SUM(T1.Salary) FROM Employees AS T1 INNER JOIN Orders AS T2 ON T1.EmployeeID = T2.EmployeeID
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) );
works_cycles
What is the organization level for Human Resources Manager?
Human Resources Manager is a job title
SELECT OrganizationLevel FROM Employee WHERE JobTitle = 'Human Resources Manager'
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 );
bike_share_1
Calculate the difference between the number of customers and the number of subscribers who did the trip in June 2013.
customer refers to subscription_type = 'Customer'; subscribers refers to subscription_type = 'Subscriber'; difference = SUBTRACT(SUM(subscription_type = 'Subscriber' t), SUM(subscription_type = 'Customer')); trip in June 2013 refers to start_date BETWEEN '6/1/2013 0:00'AND '6/31/2013 12:59';
SELECT SUM(IIF(subscription_type = 'Subscriber', 1, 0)) - SUM(IIF(subscription_type = 'Customer', 1, 0)) FROM trip WHERE start_date LIKE '6/%/2013%'
CREATE TABLE IF NOT EXISTS "station" ( id INTEGER not null primary key, name TEXT, lat REAL, long REAL, dock_count INTEGER, city TEXT, installation_date TEXT ); CREATE TABLE IF NOT EXISTS "status" ( station_id INTEGER, bikes_available INTEGER, docks_available INTEGER, time TEXT ); CREATE TABLE IF NOT EXISTS "trip" ( id INTEGER not null primary key, duration INTEGER, start_date TEXT, start_station_name TEXT, start_station_id INTEGER, end_date TEXT, end_station_name TEXT, end_station_id INTEGER, bike_id INTEGER, subscription_type TEXT, zip_code INTEGER ); CREATE TABLE IF NOT EXISTS "weather" ( date TEXT, max_temperature_f INTEGER, mean_temperature_f INTEGER, min_temperature_f INTEGER, max_dew_point_f INTEGER, mean_dew_point_f INTEGER, min_dew_point_f INTEGER, max_humidity INTEGER, mean_humidity INTEGER, min_humidity INTEGER, max_sea_level_pressure_inches REAL, mean_sea_level_pressure_inches REAL, min_sea_level_pressure_inches REAL, max_visibility_miles INTEGER, mean_visibility_miles INTEGER, min_visibility_miles INTEGER, max_wind_Speed_mph INTEGER, mean_wind_speed_mph INTEGER, max_gust_speed_mph INTEGER, precipitation_inches TEXT, cloud_cover INTEGER, events TEXT, wind_dir_degrees INTEGER, zip_code TEXT );
cookbook
What are the names of the ingredients that need to be cook in beef broth?
'cook in beef broth' refers to a preparation
SELECT T1.name FROM Ingredient AS T1 INNER JOIN Quantity AS T2 ON T1.ingredient_id = T2.ingredient_id WHERE T2.preparation = 'cooked in beef broth'
CREATE TABLE Ingredient ( ingredient_id INTEGER primary key, category TEXT, name TEXT, plural TEXT ); CREATE TABLE Recipe ( recipe_id INTEGER primary key, title TEXT, subtitle TEXT, servings INTEGER, yield_unit TEXT, prep_min INTEGER, cook_min INTEGER, stnd_min INTEGER, source TEXT, intro TEXT, directions TEXT ); CREATE TABLE Nutrition ( recipe_id INTEGER primary key, protein REAL, carbo REAL, alcohol REAL, total_fat REAL, sat_fat REAL, cholestrl REAL, sodium REAL, iron REAL, vitamin_c REAL, vitamin_a REAL, fiber REAL, pcnt_cal_carb REAL, pcnt_cal_fat REAL, pcnt_cal_prot REAL, calories REAL, foreign key (recipe_id) references Recipe(recipe_id) ); CREATE TABLE Quantity ( quantity_id INTEGER primary key, recipe_id INTEGER, ingredient_id INTEGER, max_qty REAL, min_qty REAL, unit TEXT, preparation TEXT, optional TEXT, foreign key (recipe_id) references Recipe(recipe_id), foreign key (ingredient_id) references Ingredient(ingredient_id), foreign key (recipe_id) references Nutrition(recipe_id) );
retail_world
How many sales representatives whose salaries are higher than 2000?
"Sales Representative" is the Title; higher than 2000 refers to Salary > 2000
SELECT COUNT(Title) FROM Employees WHERE Salary > 2000 AND Title = 'Sales Representative'
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) );
shipping
How many shipments were ordered by a customer in Florida?
customer in Florida refers to state = 'FL'
SELECT COUNT(T1.cust_id) FROM customer AS T1 INNER JOIN shipment AS T2 ON T1.cust_id = T2.cust_id WHERE T1.state = 'FL'
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) );
public_review_platform
How many businesses operating in the shopping business have opening times before 8AM?
shopping business refers to category_name = 'Shopping'; opening time before 8AM refers to opening_time < '8AM';
SELECT COUNT(T3.business_id) FROM Categories AS T1 INNER JOIN Business_Categories AS T2 ON T1.category_id = T2.category_id INNER JOIN Business AS T3 ON T2.business_id = T3.business_id INNER JOIN Business_Hours AS T4 ON T3.business_id = T4.business_id WHERE T4.opening_time < '8AM' AND T1.category_name LIKE 'Shopping'
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 );
donor
What is the total donation amount made for projects whose main subject area are Literacy & Language?
main subject area refers to primary_focus_area = 'Literacy & Language'; total donation amount refers to Sum(dollar_amount);
SELECT SUM(T2.dollar_amount) FROM projects AS T1 INNER JOIN donations AS T2 ON T1.projectid = T2.projectid WHERE T1.primary_focus_area = 'Literacy & Language'
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) );
retail_world
What is the company name of the supplier who supplies the product with the highest unit price?
the highest unit price refers to MAX(UnitPrice);
SELECT T2.CompanyName FROM Products AS T1 INNER JOIN Suppliers AS T2 ON T1.SupplierID = T2.SupplierID WHERE T1.UnitPrice = ( SELECT MAX(UnitPrice) FROM Products )
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) );
retail_world
Who is the newest hired employee? Give the full name.
newest hired refers to latest HireDate; full name = FirstName, LastName;
SELECT FirstName, LastName FROM Employees WHERE HireDate = ( SELECT MAX(HireDate) FROM Employees )
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) );
movies_4
In how many movie does Dariusz Wolski work as the director of photography?
director of photography refers to job = 'Director of Photography'
SELECT COUNT(T2.movie_id) FROM person AS T1 INNER JOIN movie_crew AS T2 ON T1.person_id = T2.person_id WHERE T1.person_name = 'Dariusz Wolski' AND T2.job = 'Director of Photography'
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 );
cs_semester
Which student is more satisfied with the course Machine Learning Theory, Willie Rechert or Laughton Antonio?
sat refers to student's satisfaction degree with the course; more satisfied refers to MAX(sat);
SELECT T1.f_name, T1.l_name FROM student AS T1 INNER JOIN registration AS T2 ON T1.student_id = T2.student_id INNER JOIN course AS T3 ON T2.course_id = T3.course_id WHERE (T1.f_name = 'Laughton' OR T1.f_name = 'Willie') AND (T1.l_name = 'Antonio' OR T1.l_name = 'Rechert') AND T3.name = 'Machine Learning Theory' ORDER BY T2.sat DESC LIMIT 1
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 );
ice_hockey_draft
Name the player and his team who made the playoffs in the 2006-2007 season of SuperElit league with the highest points.
name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';
SELECT T2.PlayerName, T1.TEAM FROM SeasonStatus AS T1 INNER JOIN PlayerInfo AS T2 ON T1.ELITEID = T2.ELITEID WHERE T1.SEASON = '2006-2007' AND T1.GAMETYPE = 'Playoffs' AND T1.LEAGUE = 'SuperElit' ORDER BY T1.P DESC LIMIT 1
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) );
simpson_episodes
How many 1 star ratings are there in the worst rated episode of the season?
worst rated episode refers to MIN(rating)
SELECT COUNT(*) FROM Episode AS T1 INNER JOIN Vote AS T2 ON T2.episode_id = T1.episode_id WHERE T2.stars = 1 ORDER BY T1.rating 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) );
codebase_comments
What is the percentage of respositories that receive more than 2,000 stars?
stars>2000; percentage = DIVIDE(MULTIPLY(COUNT(Stars>2000), 100), COUNT(Id));
SELECT CAST(SUM(CASE WHEN Stars > 2000 THEN 1 ELSE 0 END) AS REAL) * 100 / COUNT(Stars) FROM Repo
CREATE TABLE sqlite_sequence(name,seq); CREATE TABLE IF NOT EXISTS "Method" ( Id INTEGER not null primary key autoincrement, Name TEXT, FullComment TEXT, Summary TEXT, ApiCalls TEXT, CommentIsXml INTEGER, SampledAt INTEGER, SolutionId INTEGER, Lang TEXT, NameTokenized TEXT ); CREATE TABLE IF NOT EXISTS "MethodParameter" ( Id INTEGER not null primary key autoincrement, MethodId TEXT, Type TEXT, Name TEXT ); CREATE TABLE Repo ( Id INTEGER not null primary key autoincrement, Url TEXT, Stars INTEGER, Forks INTEGER, Watchers INTEGER, ProcessedTime INTEGER ); CREATE TABLE Solution ( Id INTEGER not null primary key autoincrement, RepoId INTEGER, Path TEXT, ProcessedTime INTEGER, WasCompiled INTEGER );
soccer_2016
How many matches did Mohammad Hafeez play?
Mohammad Hafeez refers to Player_Name = 'Mohammad Hafeez';
SELECT SUM(CASE WHEN T2.Player_Name = 'Mohammad Hafeez' THEN 1 ELSE 0 END) FROM Player_Match AS T1 INNER JOIN Player AS T2 ON T1.Player_Id = T2.Player_Id
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) );
retail_world
Of all the shipments made by United Package throughout the year 1996, what percentage correspond to the month of September?
DIVIDE(COUNT(OrderID where CompanyName = 'United Package' and ShippedDate > = '1996-09-01 00:00:00' AND ShippedDate < '1996-09-30 00:00:00')), (COUNT(OrderID where CompanyName = 'United Package' and ShippedDate > = '1996-01-01 00:00:00' AND ShippedDate < '1997-01-01 00:00:00')) as percentage;
SELECT CAST(COUNT(CASE WHEN T1.ShippedDate LIKE '1996-09%' THEN 1 ELSE NULL END) AS REAL) * 100 / COUNT(T1.ShipVia) FROM Orders AS T1 INNER JOIN Shippers AS T2 ON T1.ShipVia = T2.ShipperID WHERE T2.CompanyName = 'United Package' AND T1.ShippedDate LIKE '1996%'
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) );