Split (2)

train · 8.66k rows

db_name stringclasses 146 values	prompt stringlengths 310 4.81k
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the name of all students who were in the tryout sorted in alphabetic order. # ### SQL: # # SELECT T1.pName FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID ORDER BY T1.pName # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of all students who tried out in alphabetical order? # ### SQL: # # SELECT T1.pName FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID ORDER BY T1.pName # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the name and hours of the students whose tryout decision is yes. # ### SQL: # # SELECT T1.pName , T1.HS FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T2.decision = 'yes' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names and hours spent practicing of every student who received a yes at tryouts? # ### SQL: # # SELECT T1.pName , T1.HS FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T2.decision = 'yes' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the states of the colleges that have students in the tryout who played in striker position. # ### SQL: # # SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'striker' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the states of the colleges where students who tried out for the striker position attend? # ### SQL: # # SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'striker' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the names of the students who are in the position of striker and got a yes tryout decision. # ### SQL: # # SELECT T1.pName FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T2.decision = 'yes' AND T2.pPos = 'striker' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of all students who successfully tried out for the position of striker? # ### SQL: # # SELECT T1.pName FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T2.decision = 'yes' AND T2.pPos = 'striker' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the state of the college which player Charles is attending. # ### SQL: # # SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName JOIN player AS T3 ON T2.pID = T3.pID WHERE T3.pName = 'Charles' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # In which state is the college that Charles attends? # ### SQL: # # SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName JOIN player AS T3 ON T2.pID = T3.pID WHERE T3.pName = 'Charles' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the average and maximum hours for the students whose tryout decision is yes. # ### SQL: # # SELECT avg(T1.HS) , max(T1.HS) FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T2.decision = 'yes' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the average and maximum number of hours students who made the team practiced? # ### SQL: # # SELECT avg(T1.HS) , max(T1.HS) FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T2.decision = 'yes' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the average hours for the students whose tryout decision is no. # ### SQL: # # SELECT avg(T1.HS) FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T2.decision = 'no' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the average number of hours spent practicing for students who got rejected? # ### SQL: # # SELECT avg(T1.HS) FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T2.decision = 'no' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the maximum training hours for the students whose training hours is greater than 1000 in different positions? # ### SQL: # # SELECT max(T1.HS) , pPos FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T1.HS > 1000 GROUP BY T2.pPos # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # For each position, what is the maximum number of hours for students who spent more than 1000 hours training? # ### SQL: # # SELECT max(T1.HS) , pPos FROM player AS T1 JOIN tryout AS T2 ON T1.pID = T2.pID WHERE T1.HS > 1000 GROUP BY T2.pPos # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Which colleges do the tryout players whose name starts with letter D go to? # ### SQL: # # SELECT T1.cName FROM tryout AS T1 JOIN player AS T2 ON T1.pID = T2.pID WHERE T2.pName LIKE 'D%' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Which colleges does each player with a name that starts with the letter D who tried out go to? # ### SQL: # # SELECT T1.cName FROM tryout AS T1 JOIN player AS T2 ON T1.pID = T2.pID WHERE T2.pName LIKE 'D%' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Which college has any student who is a goalie and succeeded in the tryout. # ### SQL: # # SELECT cName FROM tryout WHERE decision = 'yes' AND pPos = 'goalie' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What college has a student who successfully made the team in the role of a goalie? # ### SQL: # # SELECT cName FROM tryout WHERE decision = 'yes' AND pPos = 'goalie' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the name of the tryout players who are from the college with largest size. # ### SQL: # # SELECT T2.pName FROM tryout AS T1 JOIN player AS T2 ON T1.pID = T2.pID WHERE T1.cName = (SELECT cName FROM college ORDER BY enr DESC LIMIT 1) # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of all tryout participants who are from the largest college? # ### SQL: # # SELECT T2.pName FROM tryout AS T1 JOIN player AS T2 ON T1.pID = T2.pID WHERE T1.cName = (SELECT cName FROM college ORDER BY enr DESC LIMIT 1) # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the state and enrollment of the colleges where have any students who got accepted in the tryout decision. # ### SQL: # # SELECT DISTINCT T1.state , T1.enr FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.decision = 'yes' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # How many students are enrolled in colleges that have student accepted during tryouts, and in which states are those colleges? # ### SQL: # # SELECT DISTINCT T1.state , T1.enr FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.decision = 'yes' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the names of either colleges in LA with greater than 15000 size or in state AZ with less than 13000 enrollment. # ### SQL: # # SELECT cName FROM College WHERE enr < 13000 AND state = "AZ" UNION SELECT cName FROM College WHERE enr > 15000 AND state = "LA" # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of colleges in LA that have more than 15,000 students and of colleges in AZ with less than 13,000 students? # ### SQL: # # SELECT cName FROM College WHERE enr < 13000 AND state = "AZ" UNION SELECT cName FROM College WHERE enr > 15000 AND state = "LA" # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the names of schools that have some students playing in goalie and mid positions. # ### SQL: # # SELECT cName FROM tryout WHERE pPos = 'goalie' INTERSECT SELECT cName FROM tryout WHERE pPos = 'mid' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of all schools that have students trying out for the position of goal and 'mid'-field. # ### SQL: # # SELECT cName FROM tryout WHERE pPos = 'goalie' INTERSECT SELECT cName FROM tryout WHERE pPos = 'mid' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the names of states that have some college students playing in goalie and mid positions. # ### SQL: # # SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'goalie' INTERSECT SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'mid' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of the states that have some college students playing in the positions of goalie and mid-field? # ### SQL: # # SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'goalie' INTERSECT SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'mid' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # How many schools have some students playing in goalie and mid positions. # ### SQL: # # SELECT COUNT(*) FROM (SELECT cName FROM tryout WHERE pPos = 'goalie' INTERSECT SELECT cName FROM tryout WHERE pPos = 'mid') # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # How many schools have students playing in goalie and mid-field positions? # ### SQL: # # SELECT COUNT(*) FROM (SELECT cName FROM tryout WHERE pPos = 'goalie' INTERSECT SELECT cName FROM tryout WHERE pPos = 'mid') # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the names of schools that have some players in the mid position but not in the goalie position. # ### SQL: # # SELECT cName FROM tryout WHERE pPos = 'mid' EXCEPT SELECT cName FROM tryout WHERE pPos = 'goalie' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of the schools with some players in the mid position but no goalies? # ### SQL: # # SELECT cName FROM tryout WHERE pPos = 'mid' EXCEPT SELECT cName FROM tryout WHERE pPos = 'goalie' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the names of states that have some college students playing in the mid position but not in the goalie position. # ### SQL: # # SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'mid' EXCEPT SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'goalie' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of all the states with college students playing in the mid position but no goalies? # ### SQL: # # SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'mid' EXCEPT SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'goalie' # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # How many states that have some college students playing in the mid position but not in the goalie position. # ### SQL: # # SELECT COUNT(*) FROM (SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'mid' EXCEPT SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'goalie') # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the count of states with college students playing in the mid position but not as goalies? # ### SQL: # # SELECT COUNT(*) FROM (SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'mid' EXCEPT SELECT T1.state FROM college AS T1 JOIN tryout AS T2 ON T1.cName = T2.cName WHERE T2.pPos = 'goalie') # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find the states where have the colleges whose enrollments are less than the largest size. # ### SQL: # # SELECT DISTINCT state FROM college WHERE enr < (SELECT max(enr) FROM college) # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the states with colleges that have enrollments less than the some other college? # ### SQL: # # SELECT DISTINCT state FROM college WHERE enr < (SELECT max(enr) FROM college) # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find names of colleges with enrollment greater than that of some (at least one) college in the FL state. # ### SQL: # # SELECT DISTINCT cName FROM college WHERE enr > (SELECT min(enr) FROM college WHERE state = 'FL') # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of the colleges that are larger than at least one college in Florida? # ### SQL: # # SELECT DISTINCT cName FROM college WHERE enr > (SELECT min(enr) FROM college WHERE state = 'FL') # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # Find names of all colleges whose enrollment is greater than that of all colleges in the FL state. # ### SQL: # # SELECT cName FROM college WHERE enr > (SELECT max(enr) FROM college WHERE state = 'FL') # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What are the names of all colleges with a larger enrollment than the largest college in Florida? # ### SQL: # # SELECT cName FROM college WHERE enr > (SELECT max(enr) FROM college WHERE state = 'FL') # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the total number of enrollment of schools that do not have any goalie player? # ### SQL: # # SELECT sum(enr) FROM college WHERE cName NOT IN (SELECT cName FROM tryout WHERE pPos = "goalie") # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the total number of students enrolled in schools without any goalies? # ### SQL: # # SELECT sum(enr) FROM college WHERE cName NOT IN (SELECT cName FROM tryout WHERE pPos = "goalie") # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the number of states that has some college whose enrollment is larger than the average enrollment? # ### SQL: # # SELECT count(DISTINCT state) FROM college WHERE enr > (SELECT avg(enr) FROM college) # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # How many states have a college with more students than average? # ### SQL: # # SELECT count(DISTINCT state) FROM college WHERE enr > (SELECT avg(enr) FROM college) # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # What is the number of states that has some colleges whose enrollment is smaller than the average enrollment? # ### SQL: # # SELECT count(DISTINCT state) FROM college WHERE enr < (SELECT avg(enr) FROM college) # ### End.
soccer_2	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # College ( cName, state, enr ) # Player ( pID, pName, yCard, HS ) # Tryout ( pID, cName, pPos, decision ) # # Tryout.cName can be joined with College.cName # Tryout.pID can be joined with Player.pID # ### Question: # # How many states have smaller colleges than average? # ### SQL: # # SELECT count(DISTINCT state) FROM college WHERE enr < (SELECT avg(enr) FROM college) # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # How many devices are there? # ### SQL: # # SELECT count(*) FROM device # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Count the number of devices. # ### SQL: # # SELECT count(*) FROM device # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # List the carriers of devices in ascending alphabetical order. # ### SQL: # # SELECT Carrier FROM device ORDER BY Carrier ASC # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the different carriers for devices, listed in alphabetical order? # ### SQL: # # SELECT Carrier FROM device ORDER BY Carrier ASC # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the carriers of devices whose software platforms are not "Android"? # ### SQL: # # SELECT Carrier FROM device WHERE Software_Platform != 'Android' # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Return the device carriers that do not have Android as their software platform. # ### SQL: # # SELECT Carrier FROM device WHERE Software_Platform != 'Android' # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the names of shops in ascending order of open year? # ### SQL: # # SELECT Shop_Name FROM shop ORDER BY Open_Year ASC # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Return the names of shops, ordered by year of opening ascending. # ### SQL: # # SELECT Shop_Name FROM shop ORDER BY Open_Year ASC # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What is the average quantity of stocks? # ### SQL: # # SELECT avg(Quantity) FROM stock # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Give the average quantity of stocks. # ### SQL: # # SELECT avg(Quantity) FROM stock # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the names and location of the shops in ascending alphabetical order of name. # ### SQL: # # SELECT Shop_Name , LOCATION FROM shop ORDER BY Shop_Name ASC # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Return the names and locations of shops, ordered by name in alphabetical order. # ### SQL: # # SELECT Shop_Name , LOCATION FROM shop ORDER BY Shop_Name ASC # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # How many different software platforms are there for devices? # ### SQL: # # SELECT count(DISTINCT Software_Platform) FROM device # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Count the number of different software platforms. # ### SQL: # # SELECT count(DISTINCT Software_Platform) FROM device # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # List the open date of open year of the shop named "Apple". # ### SQL: # # SELECT Open_Date , Open_Year FROM shop WHERE Shop_Name = "Apple" # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the open dates and years for the shop named Apple? # ### SQL: # # SELECT Open_Date , Open_Year FROM shop WHERE Shop_Name = "Apple" # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # List the name of the shop with the latest open year. # ### SQL: # # SELECT Shop_Name FROM shop ORDER BY Open_Year DESC LIMIT 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What is the shop name corresponding to the shop that opened in the most recent year? # ### SQL: # # SELECT Shop_Name FROM shop ORDER BY Open_Year DESC LIMIT 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Show names of shops and the carriers of devices they have in stock. # ### SQL: # # SELECT T3.Shop_Name , T2.Carrier FROM stock AS T1 JOIN device AS T2 ON T1.Device_ID = T2.Device_ID JOIN shop AS T3 ON T1.Shop_ID = T3.Shop_ID # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the names of device shops, and what are the carriers that they carry devices in stock for? # ### SQL: # # SELECT T3.Shop_Name , T2.Carrier FROM stock AS T1 JOIN device AS T2 ON T1.Device_ID = T2.Device_ID JOIN shop AS T3 ON T1.Shop_ID = T3.Shop_ID # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Show names of shops that have more than one kind of device in stock. # ### SQL: # # SELECT T2.Shop_Name FROM stock AS T1 JOIN shop AS T2 ON T1.Shop_ID = T2.Shop_ID GROUP BY T1.Shop_ID HAVING COUNT(*) > 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the names of shops that have more than a single kind of device in stock? # ### SQL: # # SELECT T2.Shop_Name FROM stock AS T1 JOIN shop AS T2 ON T1.Shop_ID = T2.Shop_ID GROUP BY T1.Shop_ID HAVING COUNT(*) > 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Show the name of the shop that has the most kind of devices in stock. # ### SQL: # # SELECT T2.Shop_Name FROM stock AS T1 JOIN shop AS T2 ON T1.Shop_ID = T2.Shop_ID GROUP BY T1.Shop_ID ORDER BY COUNT(*) DESC LIMIT 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What is the name of the shop that has the most different kinds of devices in stock? # ### SQL: # # SELECT T2.Shop_Name FROM stock AS T1 JOIN shop AS T2 ON T1.Shop_ID = T2.Shop_ID GROUP BY T1.Shop_ID ORDER BY COUNT(*) DESC LIMIT 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Show the name of the shop that have the largest quantity of devices in stock. # ### SQL: # # SELECT T2.Shop_Name FROM stock AS T1 JOIN shop AS T2 ON T1.Shop_ID = T2.Shop_ID GROUP BY T1.Shop_ID ORDER BY SUM(T1.quantity) DESC LIMIT 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What is the name of the shop that has the greatest quantity of devices in stock? # ### SQL: # # SELECT T2.Shop_Name FROM stock AS T1 JOIN shop AS T2 ON T1.Shop_ID = T2.Shop_ID GROUP BY T1.Shop_ID ORDER BY SUM(T1.quantity) DESC LIMIT 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Please show different software platforms and the corresponding number of devices using each. # ### SQL: # # SELECT Software_Platform , COUNT(*) FROM device GROUP BY Software_Platform # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the different software platforms for devices, and how many devices have each? # ### SQL: # # SELECT Software_Platform , COUNT(*) FROM device GROUP BY Software_Platform # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Please show the software platforms of devices in descending order of the count. # ### SQL: # # SELECT Software_Platform FROM device GROUP BY Software_Platform ORDER BY COUNT(*) DESC # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the different software platforms for devices, ordered by frequency descending? # ### SQL: # # SELECT Software_Platform FROM device GROUP BY Software_Platform ORDER BY COUNT(*) DESC # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # List the software platform shared by the greatest number of devices. # ### SQL: # # SELECT Software_Platform FROM device GROUP BY Software_Platform ORDER BY COUNT(*) DESC LIMIT 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What is the software platform that is most common amongst all devices? # ### SQL: # # SELECT Software_Platform FROM device GROUP BY Software_Platform ORDER BY COUNT(*) DESC LIMIT 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # List the names of shops that have no devices in stock. # ### SQL: # # SELECT Shop_Name FROM shop WHERE Shop_ID NOT IN (SELECT Shop_ID FROM stock) # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the names of shops that do not have any devices in stock? # ### SQL: # # SELECT Shop_Name FROM shop WHERE Shop_ID NOT IN (SELECT Shop_ID FROM stock) # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Show the locations shared by shops with open year later than 2012 and shops with open year before 2008. # ### SQL: # # SELECT LOCATION FROM shop WHERE Open_Year > 2012 INTERSECT SELECT LOCATION FROM shop WHERE Open_Year < 2008 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Which locations contains both shops that opened after the year 2012 and shops that opened before 2008? # ### SQL: # # SELECT LOCATION FROM shop WHERE Open_Year > 2012 INTERSECT SELECT LOCATION FROM shop WHERE Open_Year < 2008 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # List the carriers of devices that have no devices in stock. # ### SQL: # # SELECT Carrier FROM device WHERE Device_ID NOT IN (SELECT Device_ID FROM stock) # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the carriers of devices that are not in stock anywhere? # ### SQL: # # SELECT Carrier FROM device WHERE Device_ID NOT IN (SELECT Device_ID FROM stock) # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # Show the carriers of devices in stock at more than one shop. # ### SQL: # # SELECT T2.Carrier FROM stock AS T1 JOIN device AS T2 ON T1.Device_ID = T2.Device_ID GROUP BY T1.Device_ID HAVING COUNT(*) > 1 # ### End.
device	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # device ( Device_ID, Device, Carrier, Package_Version, Applications, Software_Platform ) # shop ( Shop_ID, Shop_Name, Location, Open_Date, Open_Year ) # stock ( Shop_ID, Device_ID, Quantity ) # # stock.Device_ID can be joined with device.Device_ID # stock.Shop_ID can be joined with shop.Shop_ID # ### Question: # # What are the carriers of devices that are in stock in more than a single shop? # ### SQL: # # SELECT T2.Carrier FROM stock AS T1 JOIN device AS T2 ON T1.Device_ID = T2.Device_ID GROUP BY T1.Device_ID HAVING COUNT(*) > 1 # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # How many bookings do we have? # ### SQL: # # SELECT count(*) FROM BOOKINGS # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # Count the total number of bookings made. # ### SQL: # # SELECT count(*) FROM BOOKINGS # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # List the order dates of all the bookings. # ### SQL: # # SELECT Order_Date FROM BOOKINGS # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # What is the order date of each booking? # ### SQL: # # SELECT Order_Date FROM BOOKINGS # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # Show all the planned delivery dates and actual delivery dates of bookings. # ### SQL: # # SELECT Planned_Delivery_Date , Actual_Delivery_Date FROM BOOKINGS # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # What are the planned delivery date and actual delivery date for each booking? # ### SQL: # # SELECT Planned_Delivery_Date , Actual_Delivery_Date FROM BOOKINGS # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # How many customers do we have? # ### SQL: # # SELECT count(*) FROM CUSTOMERS # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # Count the number of customers recorded. # ### SQL: # # SELECT count(*) FROM CUSTOMERS # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # What are the phone and email for customer Harold? # ### SQL: # # SELECT Customer_Phone , Customer_Email_Address FROM CUSTOMERS WHERE Customer_Name = "Harold" # ### End.
cre_Drama_Workshop_Groups	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # Ref_Payment_Methods ( payment_method_code, payment_method_description ) # Ref_Service_Types ( Service_Type_Code, Parent_Service_Type_Code, Service_Type_Description ) # Addresses ( Address_ID, Line_1, Line_2, City_Town, State_County, Other_Details ) # Products ( Product_ID, Product_Name, Product_Price, Product_Description, Other_Product_Service_Details ) # Marketing_Regions ( Marketing_Region_Code, Marketing_Region_Name, Marketing_Region_Descriptrion, Other_Details ) # Clients ( Client_ID, Address_ID, Customer_Email_Address, Customer_Name, Customer_Phone, Other_Details ) # Drama_Workshop_Groups ( Workshop_Group_ID, Address_ID, Currency_Code, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Performers ( Performer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Customers ( Customer_ID, Address_ID, Customer_Name, Customer_Phone, Customer_Email_Address, Other_Details ) # Stores ( Store_ID, Address_ID, Marketing_Region_Code, Store_Name, Store_Phone, Store_Email_Address, Other_Details ) # Bookings ( Booking_ID, Customer_ID, Workshop_Group_ID, Status_Code, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Performers_in_Bookings ( Order_ID, Performer_ID ) # Customer_Orders ( Order_ID, Customer_ID, Store_ID, Order_Date, Planned_Delivery_Date, Actual_Delivery_Date, Other_Order_Details ) # Order_Items ( Order_Item_ID, Order_ID, Product_ID, Order_Quantity, Other_Item_Details ) # Invoices ( Invoice_ID, Order_ID, payment_method_code, Product_ID, Order_Quantity, Other_Item_Details, Order_Item_ID ) # Services ( Service_ID, Service_Type_Code, Workshop_Group_ID, Product_Description, Product_Name, Product_Price, Other_Product_Service_Details ) # Bookings_Services ( Order_ID, Product_ID ) # Invoice_Items ( Invoice_Item_ID, Invoice_ID, Order_ID, Order_Item_ID, Product_ID, Order_Quantity, Other_Item_Details ) # # Clients.Address_ID can be joined with Addresses.Address_ID # Drama_Workshop_Groups.Address_ID can be joined with Addresses.Address_ID # Performers.Address_ID can be joined with Addresses.Address_ID # Customers.Address_ID can be joined with Addresses.Address_ID # Stores.Marketing_Region_Code can be joined with Marketing_Regions.Marketing_Region_Code # Stores.Address_ID can be joined with Addresses.Address_ID # Bookings.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings.Customer_ID can be joined with Clients.Client_ID # Performers_in_Bookings.Order_ID can be joined with Bookings.Booking_ID # Performers_in_Bookings.Performer_ID can be joined with Performers.Performer_ID # Customer_Orders.Store_ID can be joined with Stores.Store_ID # Customer_Orders.Customer_ID can be joined with Customers.Customer_ID # Order_Items.Product_ID can be joined with Products.Product_ID # Order_Items.Order_ID can be joined with Customer_Orders.Order_ID # Invoices.payment_method_code can be joined with Ref_Payment_Methods.payment_method_code # Invoices.Order_ID can be joined with Bookings.Booking_ID # Invoices.Order_ID can be joined with Customer_Orders.Order_ID # Services.Service_Type_Code can be joined with Ref_Service_Types.Service_Type_Code # Services.Workshop_Group_ID can be joined with Drama_Workshop_Groups.Workshop_Group_ID # Bookings_Services.Product_ID can be joined with Services.Service_ID # Bookings_Services.Order_ID can be joined with Bookings.Booking_ID # Invoice_Items.Order_ID can be joined with Bookings_Services.Order_ID # Invoice_Items.Product_ID can be joined with Bookings_Services.Product_ID # Invoice_Items.Invoice_ID can be joined with Invoices.Invoice_ID # Invoice_Items.Order_Item_ID can be joined with Order_Items.Order_Item_ID # ### Question: # # Find the phone number and email address of customer "Harold". # ### SQL: # # SELECT Customer_Phone , Customer_Email_Address FROM CUSTOMERS WHERE Customer_Name = "Harold" # ### End.

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