Split (2)

train · 8.66k rows

db_name stringclasses 146 values	prompt stringlengths 310 4.81k
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the conferences, which have more than 10 papers by " H. V. Jagadish " . # ### SQL: # # SELECT t2.name FROM publication AS t4 JOIN conference AS t2 ON t4.cid = t2.cid JOIN writes AS t3 ON t3.pid = t4.pid JOIN author AS t1 ON t3.aid = t1.aid WHERE t1.name = "H. V. Jagadish" GROUP BY t2.name HAVING COUNT ( DISTINCT t4.title ) > 10; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the conference, which have the most number of papers by " H. V. Jagadish " . # ### SQL: # # SELECT t2.name FROM publication AS t4 JOIN conference AS t2 ON t4.cid = t2.cid JOIN writes AS t3 ON t3.pid = t4.pid JOIN author AS t1 ON t3.aid = t1.aid WHERE t1.name = "H. V. Jagadish" GROUP BY t2.name ORDER BY COUNT ( DISTINCT t4.title ) DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the journals, which have more than 10 papers by " H. V. Jagadish " . # ### SQL: # # SELECT t2.name FROM publication AS t4 JOIN journal AS t2 ON t4.jid = t2.jid JOIN writes AS t3 ON t3.pid = t4.pid JOIN author AS t1 ON t3.aid = t1.aid WHERE t1.name = "H. V. Jagadish" GROUP BY t2.name HAVING COUNT ( DISTINCT t4.title ) > 10; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the journal, which have the most number of papers by " H. V. Jagadish " . # ### SQL: # # SELECT t2.name FROM publication AS t4 JOIN journal AS t2 ON t4.jid = t2.jid JOIN writes AS t3 ON t3.pid = t4.pid JOIN author AS t1 ON t3.aid = t1.aid WHERE t1.name = "H. V. Jagadish" GROUP BY t2.name ORDER BY COUNT ( DISTINCT t4.title ) DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper with the most citations . # ### SQL: # # SELECT title FROM publication ORDER BY citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper in Databases area with the most citations . # ### SQL: # # SELECT t3.title FROM DOMAIN AS t2 JOIN domain_publication AS t1 ON t2.did = t1.did JOIN publication AS t3 ON t3.pid = t1.pid WHERE t2.name = "Databases" ORDER BY t3.citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper in PVLDB with the most citations . # ### SQL: # # SELECT t2.title FROM publication AS t2 JOIN journal AS t1 ON t2.jid = t1.jid WHERE t1.name = "PVLDB" ORDER BY t2.citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper in VLDB conference with the most citations . # ### SQL: # # SELECT t2.title FROM publication AS t2 JOIN conference AS t1 ON t2.cid = t1.cid WHERE t1.name = "VLDB" ORDER BY t2.citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper by " H. V. Jagadish " with the most citations . # ### SQL: # # SELECT t3.title FROM writes AS t2 JOIN author AS t1 ON t2.aid = t1.aid JOIN publication AS t3 ON t2.pid = t3.pid WHERE t1.name = "H. V. Jagadish" ORDER BY t3.citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper after 2000 with the most citations . # ### SQL: # # SELECT title FROM publication WHERE YEAR > 2000 ORDER BY citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper after 2000 in Databases area with the most citations . # ### SQL: # # SELECT t3.title FROM DOMAIN AS t2 JOIN domain_publication AS t1 ON t2.did = t1.did JOIN publication AS t3 ON t3.pid = t1.pid WHERE t2.name = "Databases" AND t3.year > 2000 ORDER BY t3.citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper after 2000 in PVLDB with the most citations . # ### SQL: # # SELECT t2.title FROM publication AS t2 JOIN journal AS t1 ON t2.jid = t1.jid WHERE t1.name = "PVLDB" AND t2.year > 2000 ORDER BY t2.citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the paper after 2000 in VLDB conference with the most citations . # ### SQL: # # SELECT t2.title FROM publication AS t2 JOIN conference AS t1 ON t2.cid = t1.cid WHERE t1.name = "VLDB" AND t2.year > 2000 ORDER BY t2.citation_num DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the authors who have more than 10 papers in PVLDB . # ### SQL: # # SELECT t1.name FROM publication AS t4 JOIN journal AS t2 ON t4.jid = t2.jid JOIN writes AS t3 ON t3.pid = t4.pid JOIN author AS t1 ON t3.aid = t1.aid WHERE t2.name = "PVLDB" GROUP BY t1.name HAVING COUNT ( DISTINCT t4.title ) > 10; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the authors who have the most number of papers in PVLDB . # ### SQL: # # SELECT t1.name FROM publication AS t4 JOIN journal AS t2 ON t4.jid = t2.jid JOIN writes AS t3 ON t3.pid = t4.pid JOIN author AS t1 ON t3.aid = t1.aid WHERE t2.name = "PVLDB" GROUP BY t1.name ORDER BY COUNT ( DISTINCT t4.title ) DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the authors who have more than 10 papers containing keyword " Relational Database " . # ### SQL: # # SELECT t2.name FROM publication_keyword AS t5 JOIN keyword AS t1 ON t5.kid = t1.kid JOIN publication AS t3 ON t3.pid = t5.pid JOIN writes AS t4 ON t4.pid = t3.pid JOIN author AS t2 ON t4.aid = t2.aid WHERE t1.keyword = "Relational Database" GROUP BY t2.name HAVING COUNT ( DISTINCT t3.title ) > 10; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the conferences, which have more than 60 papers containing keyword " Relational Database " . # ### SQL: # # SELECT t2.name FROM publication_keyword AS t4 JOIN keyword AS t1 ON t4.kid = t1.kid JOIN publication AS t3 ON t3.pid = t4.pid JOIN conference AS t2 ON t3.cid = t2.cid WHERE t1.keyword = "Relational Database" GROUP BY t2.name HAVING COUNT ( DISTINCT t3.title ) > 60; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the journals, which have more than 60 papers containing keyword " Relational Database " . # ### SQL: # # SELECT t3.name FROM publication_keyword AS t4 JOIN keyword AS t1 ON t4.kid = t1.kid JOIN publication AS t2 ON t2.pid = t4.pid JOIN journal AS t3 ON t2.jid = t3.jid WHERE t1.keyword = "Relational Database" GROUP BY t3.name HAVING COUNT ( DISTINCT t2.title ) > 60; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the keywords, which have been contained by more than 100 papers in VLDB conference . # ### SQL: # # SELECT t1.keyword FROM publication_keyword AS t4 JOIN keyword AS t1 ON t4.kid = t1.kid JOIN publication AS t3 ON t3.pid = t4.pid JOIN conference AS t2 ON t3.cid = t2.cid WHERE t2.name = "VLDB" GROUP BY t1.keyword HAVING COUNT ( DISTINCT t3.title ) > 100; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the keywords, which have been contained by more than 100 papers in PVLDB . # ### SQL: # # SELECT t1.keyword FROM publication_keyword AS t4 JOIN keyword AS t1 ON t4.kid = t1.kid JOIN publication AS t2 ON t2.pid = t4.pid JOIN journal AS t3 ON t2.jid = t3.jid WHERE t3.name = "PVLDB" GROUP BY t1.keyword HAVING COUNT ( DISTINCT t2.title ) > 100; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the keywords, which have been contained by more than 10 papers of " H. V. Jagadish " . # ### SQL: # # SELECT t1.keyword FROM publication_keyword AS t5 JOIN keyword AS t1 ON t5.kid = t1.kid JOIN publication AS t3 ON t3.pid = t5.pid JOIN writes AS t4 ON t4.pid = t3.pid JOIN author AS t2 ON t4.aid = t2.aid WHERE t2.name = "H. V. Jagadish" GROUP BY t1.keyword HAVING COUNT ( DISTINCT t3.title ) > 10; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the authors who have more than 10 papers in the VLDB conference . # ### SQL: # # SELECT t1.name FROM publication AS t4 JOIN conference AS t2 ON t4.cid = t2.cid JOIN writes AS t3 ON t3.pid = t4.pid JOIN author AS t1 ON t3.aid = t1.aid WHERE t2.name = "VLDB" GROUP BY t1.name HAVING COUNT ( DISTINCT t4.title ) > 10; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the author who has the most number of papers in the VLDB conference . # ### SQL: # # SELECT t1.name FROM publication AS t4 JOIN conference AS t2 ON t4.cid = t2.cid JOIN writes AS t3 ON t3.pid = t4.pid JOIN author AS t1 ON t3.aid = t1.aid WHERE t2.name = "VLDB" GROUP BY t1.name ORDER BY COUNT ( DISTINCT t4.title ) DESC LIMIT 1; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the author in the " University of Michigan " whose papers have more than 5000 total citations . # ### SQL: # # SELECT t1.name FROM organization AS t2 JOIN author AS t1 ON t2.oid = t1.oid JOIN writes AS t3 ON t3.aid = t1.aid JOIN publication AS t4 ON t3.pid = t4.pid WHERE t2.name = "University of Michigan" GROUP BY t1.name HAVING SUM ( t4.citation_num ) > 5000; # ### End.
academic	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # author ( aid, homepage, name, oid ) # conference ( cid, homepage, name ) # domain ( did, name ) # domain_author ( aid, did ) # domain_conference ( cid, did ) # journal ( homepage, jid, name ) # domain_journal ( did, jid ) # keyword ( keyword, kid ) # domain_keyword ( did, kid ) # publication ( abstract, cid, citation_num, jid, pid, reference_num, title, year ) # domain_publication ( did, pid ) # organization ( continent, homepage, name, oid ) # publication_keyword ( pid, kid ) # writes ( aid, pid ) # cite ( cited, citing ) # # domain_author.did can be joined with domain.did # domain_author.aid can be joined with author.aid # domain_conference.did can be joined with domain.did # domain_conference.cid can be joined with conference.cid # domain_journal.did can be joined with domain.did # domain_journal.jid can be joined with journal.jid # domain_keyword.did can be joined with domain.did # domain_keyword.kid can be joined with keyword.kid # publication.cid can be joined with conference.cid # publication.jid can be joined with journal.jid # domain_publication.did can be joined with domain.did # domain_publication.pid can be joined with publication.pid # publication_keyword.kid can be joined with keyword.kid # publication_keyword.pid can be joined with publication.pid # writes.aid can be joined with author.aid # writes.pid can be joined with publication.pid # cite.citing can be joined with publication.pid # cite.cited can be joined with publication.pid # ### Question: # # return me the author in the " University of Michigan " in Databases area whose papers have more than 5000 total citations . # ### SQL: # # SELECT t1.name FROM domain_author AS t6 JOIN author AS t1 ON t6.aid = t1.aid JOIN DOMAIN AS t3 ON t3.did = t6.did JOIN organization AS t5 ON t5.oid = t1.oid JOIN writes AS t2 ON t2.aid = t1.aid JOIN publication AS t4 ON t2.pid = t4.pid WHERE t3.name = "Databases" AND t5.name = "University of Michigan" GROUP BY t1.name HAVING SUM ( t4.citation_num ) > 5000; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What year is the movie " The Imitation Game " from ? # ### SQL: # # SELECT release_year FROM movie WHERE title = "The Imitation Game"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What year was the movie " The Imitation Game " produced # ### SQL: # # SELECT release_year FROM movie WHERE title = "The Imitation Game"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What year was " Benedict Cumberbatch " born ? # ### SQL: # # SELECT birth_year FROM actor WHERE name = "Benedict Cumberbatch"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # In what year was " Benedict Cumberbatch " born # ### SQL: # # SELECT birth_year FROM actor WHERE name = "Benedict Cumberbatch"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What is the nationality of the actress " Christoph Waltz " ? # ### SQL: # # SELECT nationality FROM actor WHERE name = "Christoph Waltz"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What is the nationality of the actor " Christoph Waltz " ? # ### SQL: # # SELECT nationality FROM actor WHERE name = "Christoph Waltz"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies produced in 2015 # ### SQL: # # SELECT title FROM movie WHERE release_year = 2015; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors born in " Tehran " # ### SQL: # # SELECT name FROM actor WHERE birth_city = "Tehran"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors born in Tehran # ### SQL: # # SELECT name FROM actor WHERE birth_city = "Tehran"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Which actors were born in Tehran # ### SQL: # # SELECT name FROM actor WHERE birth_city = "Tehran"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors who are from Afghanistan # ### SQL: # # SELECT name FROM actor WHERE nationality = "Afghanistan"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors from Afghanistan # ### SQL: # # SELECT name FROM actor WHERE nationality = "Afghanistan"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Give me the name of all the actors from Afghanistan # ### SQL: # # SELECT name FROM actor WHERE nationality = "Afghanistan"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors who were born in 1984 # ### SQL: # # SELECT name FROM actor WHERE birth_year = 1984; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # When was " Kevin Spacey " born ? # ### SQL: # # SELECT birth_year FROM actor WHERE name = "actor_name0"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # In what year was " Kevin Spacey " born ? # ### SQL: # # SELECT birth_year FROM actor WHERE name = "actor_name0"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Where is the birth place of " Kevin Spacey " # ### SQL: # # SELECT birth_city FROM director WHERE name = "director_name0"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # In what city was " Kevin Spacey " born ? # ### SQL: # # SELECT birth_city FROM director WHERE name = "director_name0"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What is the nationality of " Kevin Spacey " ? # ### SQL: # # SELECT nationality FROM director WHERE name = "director_name0"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # How much was the budget of " Finding Nemo " # ### SQL: # # SELECT budget FROM movie WHERE title = "Finding Nemo"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies directed by " Steven Spielberg " after 2006 # ### SQL: # # SELECT t3.title FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN movie AS t3 ON t3.mid = t1.msid WHERE t2.name = "Steven Spielberg" AND t3.release_year > 2006; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who is the director of the movie " James Bond " ? # ### SQL: # # SELECT t2.name FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN movie AS t3 ON t3.mid = t1.msid WHERE t3.title = "James Bond"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who directed the movie " James Bond " ? # ### SQL: # # SELECT t2.name FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN movie AS t3 ON t3.mid = t1.msid WHERE t3.title = "James Bond"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # List " James Bond " directors # ### SQL: # # SELECT t2.name FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN movie AS t3 ON t3.mid = t1.msid WHERE t3.title = "James Bond"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find the actor who played " Alan Turing " in the movie " The Imitation Game " # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t2.role = "Alan Turing" AND t3.title = "The Imitation Game"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who acted " Alan Turing " in the movie " The Imitation Game " ? # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t2.role = "Alan Turing" AND t3.title = "The Imitation Game"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who was the actor that played " Alan Turing " in the movie " The Imitation Game " ? # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t2.role = "Alan Turing" AND t3.title = "The Imitation Game"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who acts as " Alan Turing " in the movie " The Imitation Game " ? # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t2.role = "Alan Turing" AND t3.title = "The Imitation Game"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who is the actor playing " Alan Turing " in " The Imitation Game " ? # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t2.role = "Alan Turing" AND t3.title = "The Imitation Game"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What is the genre of the movie " Jurassic Park " ? # ### SQL: # # SELECT t2.genre FROM genre AS t2 JOIN classification AS t1 ON t2.gid = t1.gid JOIN movie AS t3 ON t3.mid = t1.msid WHERE t3.title = "Jurassic Park"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who was the director of the movie Joy from 2015 ? # ### SQL: # # SELECT t2.name FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN movie AS t3 ON t3.mid = t1.msid WHERE t3.release_year = 2015 AND t3.title = "Joy"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies written by " Matt Damon " # ### SQL: # # SELECT t1.title FROM written_by AS t3 JOIN movie AS t1 ON t3.msid = t1.mid JOIN writer AS t2 ON t3.wid = t2.wid WHERE t2.name = "Matt Damon"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies written and produced by " Woody Allen " # ### SQL: # # SELECT t2.title FROM movie AS t2 JOIN made_by AS t3 ON t2.mid = t3.msid JOIN producer AS t1 ON t1.pid = t3.pid JOIN written_by AS t5 ON t5.msid = t2.mid JOIN writer AS t4 ON t5.wid = t4.wid WHERE t1.name = "Woody Allen" AND t4.name = "Woody Allen"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies featuring " Robin Wright " # ### SQL: # # SELECT t2.title FROM CAST AS t3 JOIN actor AS t1 ON t3.aid = t1.aid JOIN movie AS t2 ON t2.mid = t3.msid WHERE t1.name = "Robin Wright"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What are all the movies featuring " Robin Wright " ? # ### SQL: # # SELECT t2.title FROM CAST AS t3 JOIN actor AS t1 ON t3.aid = t1.aid JOIN movie AS t2 ON t2.mid = t3.msid WHERE t1.name = "Robin Wright"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies in which " Robin Wright " appears # ### SQL: # # SELECT t2.title FROM CAST AS t3 JOIN actor AS t1 ON t3.aid = t1.aid JOIN movie AS t2 ON t2.mid = t3.msid WHERE t1.name = "Robin Wright"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What was the budget of the movie Juno from 2007 ? # ### SQL: # # SELECT budget FROM movie WHERE release_year = 2007 AND title = "Juno"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all Sci-Fi produced in year 2010 # ### SQL: # # SELECT t3.title FROM genre AS t2 JOIN classification AS t1 ON t2.gid = t1.gid JOIN movie AS t3 ON t3.mid = t1.msid WHERE t2.genre = "Sci-Fi" AND t3.release_year = 2010; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # List all the Sci-Fi movies which released in 2010 # ### SQL: # # SELECT t3.title FROM genre AS t2 JOIN classification AS t1 ON t2.gid = t1.gid JOIN movie AS t3 ON t3.mid = t1.msid WHERE t2.genre = "Sci-Fi" AND t3.release_year = 2010; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors born in " Austin " after 1980 # ### SQL: # # SELECT name FROM actor WHERE birth_city = "Austin" AND birth_year > 1980; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who are the actors born in " Austin " after 1980 ? # ### SQL: # # SELECT name FROM actor WHERE birth_city = "Austin" AND birth_year > 1980; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors from Austin born after 1980 # ### SQL: # # SELECT name FROM actor WHERE birth_city = "Austin" AND birth_year > 1980; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies by directors born in " Los Angeles " # ### SQL: # # SELECT t3.title FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN movie AS t3 ON t3.mid = t1.msid WHERE t2.birth_city = "Los Angeles"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors who were born in " New York City " in 1984 # ### SQL: # # SELECT name FROM actor WHERE birth_city = "New York City" AND birth_year = 1984; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies about nuclear weapons # ### SQL: # # SELECT t3.title FROM tags AS t2 JOIN keyword AS t1 ON t2.kid = t1.id JOIN movie AS t3 ON t2.msid = t3.mid WHERE t1.keyword = "nuclear weapons"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What are the movies related to nuclear weapons # ### SQL: # # SELECT t3.title FROM tags AS t2 JOIN keyword AS t1 ON t2.kid = t1.id JOIN movie AS t3 ON t2.msid = t3.mid WHERE t1.keyword = "nuclear weapons"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Which movies did " Alfred Hitchcock " direct ? # ### SQL: # # SELECT t3.title FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN movie AS t3 ON t3.mid = t1.msid WHERE t2.name = "Alfred Hitchcock"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all movies directed by " Asghar Farhadi " and featuring " Taraneh Alidoosti " # ### SQL: # # SELECT t4.title FROM CAST AS t5 JOIN actor AS t1 ON t5.aid = t1.aid JOIN movie AS t4 ON t4.mid = t5.msid JOIN directed_by AS t2 ON t4.mid = t2.msid JOIN director AS t3 ON t3.did = t2.did WHERE t1.name = "Taraneh Alidoosti" AND t3.name = "Asghar Farhadi"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What are all the movies directed by " Asghar Farhadi " featuring " Taraneh Alidoosti " ? # ### SQL: # # SELECT t4.title FROM CAST AS t5 JOIN actor AS t1 ON t5.aid = t1.aid JOIN movie AS t4 ON t4.mid = t5.msid JOIN directed_by AS t2 ON t4.mid = t2.msid JOIN director AS t3 ON t3.did = t2.did WHERE t1.name = "Taraneh Alidoosti" AND t3.name = "Asghar Farhadi"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # How many movies are there that are directed by " Asghar Farhadi " and featuring " Taraneh Alidoosti " ? # ### SQL: # # SELECT t4.title FROM CAST AS t5 JOIN actor AS t1 ON t5.aid = t1.aid JOIN movie AS t4 ON t4.mid = t5.msid JOIN directed_by AS t2 ON t4.mid = t2.msid JOIN director AS t3 ON t3.did = t2.did WHERE t1.name = "Taraneh Alidoosti" AND t3.name = "Asghar Farhadi"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # List all the movies directed by " Asghar Farhadi " in which " Taraneh Alidoosti " played # ### SQL: # # SELECT t4.title FROM CAST AS t5 JOIN actor AS t1 ON t5.aid = t1.aid JOIN movie AS t4 ON t4.mid = t5.msid JOIN directed_by AS t2 ON t4.mid = t2.msid JOIN director AS t3 ON t3.did = t2.did WHERE t1.name = "Taraneh Alidoosti" AND t3.name = "Asghar Farhadi"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What are all the tv series created by " Shonda Rhimes " ? # ### SQL: # # SELECT t2.title FROM producer AS t1 JOIN made_by AS t3 ON t1.pid = t3.pid JOIN tv_series AS t2 ON t2.sid = t3.msid WHERE t1.name = "Shonda Rhimes"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who acts " Olivia Pope " in the series Scandal ? # ### SQL: # # SELECT t1.name FROM CAST AS t3 JOIN actor AS t1 ON t3.aid = t1.aid JOIN tv_series AS t2 ON t2.sid = t3.msid WHERE t3.role = "Olivia Pope" AND t2.title = "Scandal"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who is the writer of the movie " The Truman Show " # ### SQL: # # SELECT t2.name FROM written_by AS t3 JOIN movie AS t1 ON t3.msid = t1.mid JOIN writer AS t2 ON t3.wid = t2.wid WHERE t1.title = "The Truman Show"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who is the writer of " The Truman Show " # ### SQL: # # SELECT t2.name FROM written_by AS t3 JOIN movie AS t1 ON t3.msid = t1.mid JOIN writer AS t2 ON t3.wid = t2.wid WHERE t1.title = "The Truman Show"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What are the series featuring " Scott Foley " ? # ### SQL: # # SELECT t2.title FROM CAST AS t3 JOIN actor AS t1 ON t3.aid = t1.aid JOIN tv_series AS t2 ON t2.sid = t3.msid WHERE t1.name = "Scott Foley"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What are the series in which " Scott Foley " is an actor ? # ### SQL: # # SELECT t2.title FROM CAST AS t3 JOIN actor AS t1 ON t3.aid = t1.aid JOIN tv_series AS t2 ON t2.sid = t3.msid WHERE t1.name = "Scott Foley"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find the directors of all movies featuring " Kate Winslet " # ### SQL: # # SELECT t3.name FROM CAST AS t4 JOIN actor AS t1 ON t4.aid = t1.aid JOIN movie AS t5 ON t5.mid = t4.msid JOIN directed_by AS t2 ON t5.mid = t2.msid JOIN director AS t3 ON t3.did = t2.did WHERE t1.name = "Kate Winslet"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find the producers of all movies in which " Kate Winslet " is an actor # ### SQL: # # SELECT t1.name FROM CAST AS t3 JOIN actor AS t2 ON t3.aid = t2.aid JOIN movie AS t5 ON t5.mid = t3.msid JOIN made_by AS t4 ON t5.mid = t4.msid JOIN producer AS t1 ON t1.pid = t4.pid WHERE t2.name = "Kate Winslet"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Who is the director of the tv series " House of Cards " from 2013 ? # ### SQL: # # SELECT t2.name FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN tv_series AS t3 ON t3.sid = t1.msid WHERE t3.release_year = 2013 AND t3.title = "House of Cards"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all the female actors from Austin # ### SQL: # # SELECT name FROM actor WHERE birth_city = "Austin" AND gender = "female"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors from Italy born after 1980 # ### SQL: # # SELECT name FROM actor WHERE birth_year > 1980 AND nationality = "Italy"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all the female actors born in " New York City " after 1980 # ### SQL: # # SELECT name FROM actor WHERE birth_city = "New York City" AND birth_year > 1980 AND gender = "female"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all the female actors in the movie " Saving Private Ryan " # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t1.gender = "female" AND t3.title = "Saving Private Ryan"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all the directors who are from Afghanistan # ### SQL: # # SELECT name FROM director WHERE nationality = "Afghanistan"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find the actors who played in the movie " Camp X-Ray " # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t3.title = "Camp X-Ray"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Find all actors from Canada who acted in " James Bond " movies # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t1.nationality = "Canada" AND t3.title = "James Bond"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # find all films in which " Rowan Atkinson " acted as " Mr. Bean " # ### SQL: # # SELECT t2.title FROM CAST AS t3 JOIN actor AS t1 ON t3.aid = t1.aid JOIN movie AS t2 ON t2.mid = t3.msid WHERE t1.name = "Rowan Atkinson" AND t3.role = "Mr. Bean"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # where is the director of " The Past " from # ### SQL: # # SELECT t2.birth_city FROM director AS t2 JOIN directed_by AS t1 ON t2.did = t1.did JOIN movie AS t3 ON t3.mid = t1.msid WHERE t3.title = "The Past"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # who acted the role of " Mr. Bean " # ### SQL: # # SELECT t1.name FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid WHERE t2.role = "Mr. Bean"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # what are the genres of movies directed by " Asghar Farhadi " # ### SQL: # # SELECT t3.genre FROM director AS t5 JOIN directed_by AS t2 ON t5.did = t2.did JOIN movie AS t4 ON t4.mid = t2.msid JOIN classification AS t1 ON t4.mid = t1.msid JOIN genre AS t3 ON t3.gid = t1.gid WHERE t5.name = "Asghar Farhadi"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # Which movie had the character " Daffy Duck " # ### SQL: # # SELECT t1.title FROM movie AS t1 JOIN CAST AS t2 ON t1.mid = t2.msid WHERE t2.role = "Daffy Duck"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What are the major roles in the movie " Daddy Long Legs " # ### SQL: # # SELECT t2.role FROM CAST AS t2 JOIN actor AS t1 ON t2.aid = t1.aid JOIN movie AS t3 ON t3.mid = t2.msid WHERE t3.title = "Daddy Long Legs"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # List all the directors of movies about nuclear weapons # ### SQL: # # SELECT t3.name FROM director AS t3 JOIN directed_by AS t2 ON t3.did = t2.did JOIN movie AS t4 ON t4.mid = t2.msid JOIN tags AS t5 ON t5.msid = t4.mid JOIN keyword AS t1 ON t5.kid = t1.id WHERE t1.keyword = "nuclear weapons"; # ### End.
imdb	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # actor ( aid, gender, name, nationality, birth_city, birth_year ) # copyright ( id, msid, cid ) # cast ( id, msid, aid, role ) # genre ( gid, genre ) # classification ( id, msid, gid ) # company ( id, name, country_code ) # director ( did, gender, name, nationality, birth_city, birth_year ) # producer ( pid, gender, name, nationality, birth_city, birth_year ) # directed_by ( id, msid, did ) # keyword ( id, keyword ) # made_by ( id, msid, pid ) # movie ( mid, title, release_year, title_aka, budget ) # tags ( id, msid, kid ) # tv_series ( sid, title, release_year, num_of_seasons, num_of_episodes, title_aka, budget ) # writer ( wid, gender, name, nationality, num_of_episodes, birth_city, birth_year ) # written_by ( id, msid, wid ) # # cast.msid can be joined with copyright.msid # cast.aid can be joined with actor.aid # classification.msid can be joined with copyright.msid # classification.gid can be joined with genre.gid # directed_by.did can be joined with director.did # directed_by.msid can be joined with copyright.msid # made_by.pid can be joined with producer.pid # made_by.msid can be joined with copyright.msid # tags.msid can be joined with copyright.msid # written_by.wid can be joined with writer.wid # written_by.msid can be joined with copyright.msid # ### Question: # # What is the number of movies in which " Jennifer Aniston " acted after 2010 ? # ### SQL: # # SELECT COUNT ( DISTINCT t2.title ) FROM CAST AS t3 JOIN actor AS t1 ON t3.aid = t1.aid JOIN movie AS t2 ON t2.mid = t3.msid WHERE t1.name = "Jennifer Aniston" AND t2.release_year > 2010; # ### End.

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