I have setup the docker container to run the model evaluation.
UNKNOWN NODE TYPE:
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
INPUT: SELECT MIN(age) FROM people;
Resulting in output: SELECT MIN(age) FROM people;
SELECT MIN(age) FROM people; Error: in prepare, no such column: age (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
INPUT: PRAGMA table_info(people);
Resulting in output: PRAGMA table_info(people);
PRAGMA table_info(people); 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 sqlite>
Resulting in output: I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
INPUT: SELECT MIN(person_age) FROM people;
Resulting in output: SELECT MIN(person_age) FROM people;
SELECT MIN(person_age) FROM people; 25 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | 25
|
I get an OUTPUT:
1 2 | 25
|
INPUT: SELECT the_profession, COUNT(*) AS count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
Resulting in output: SELECT the_profession, COUNT(*) AS count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
SELECT the_profession, COUNT(*) AS count FROM people GROUP BY the_profes ssion ORDER BY count DESC LIMIT 1; Doctor|2 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Doctor|2 |
I get an OUTPUT:
1 2 | Doctor|2 |
INPUT: INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor', 25, 'Doctor');
Resulting in output: INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor', 25, 'Doctor');
INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor' ', 25, 'Doctor'); sqlite>
Resulting in output: I get an OUTPUT:
1 | sqlite> |
final: True Resulting in output: True
I have setup the docker container to run the model evaluation.
UNKNOWN NODE TYPE:
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
INPUT: SELECT min(age) FROM people;
Resulting in output: SELECT min(age) FROM people;
SELECT min(age) FROM people; Error: in prepare, no such column: age (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
INPUT: pragma table_info(people);
Resulting in output: pragma table_info(people);
pragma table_info(people); 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 sqlite>
Resulting in output: I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
INPUT: SELECT min(person_age) FROM people;
Resulting in output: SELECT min(person_age) FROM people;
SELECT min(person_age) FROM people; 25 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | 25
|
I get an OUTPUT:
1 2 | 25
|
INPUT: SELECT the_profession, count(*) as count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
Resulting in output: SELECT the_profession, count(*) as count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
SELECT the_profession, count(*) as count FROM people GROUP BY the_profes ssion ORDER BY count DESC LIMIT 1; Doctor|2 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Doctor|2 |
I get an OUTPUT:
1 2 | Doctor|2 |
INPUT: INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor', 25, 'Doctor');
Resulting in output: INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor', 25, 'Doctor');
INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor' ', 25, 'Doctor'); sqlite>
Resulting in output: I get an OUTPUT:
1 | sqlite> |
final: True Resulting in output: True
I have setup the docker container to run the model evaluation.
UNKNOWN NODE TYPE:
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
INPUT: .schema
Resulting in output: .schema
.schema ...>
Resulting in output: I get an OUTPUT:
1 | ...>
|
I get an OUTPUT:
1 | ...>
|
INPUT: SELECT count(*) FROM people;
Resulting in output: SELECT count(*) FROM people;
SELECT count(*) FROM people; Error: in prepare, near ".": syntax error (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, near ".": syntax error (1) |
I get an OUTPUT:
1 2 | Error: in prepare, near ".": syntax error (1) |
INPUT: SELECT count(*) FROM persons;
Resulting in output: SELECT count(*) FROM persons;
SELECT count(*) FROM persons; Error: in prepare, no such table: persons (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such table: persons (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such table: persons (1) |
INPUT: .tables
Resulting in output: .tables
.tables ...>
Resulting in output: I get an OUTPUT:
1 | ...>
|
I get an OUTPUT:
1 | ...>
|
INPUT: CREATE TABLE persons (name TEXT, age INTEGER, profession TEXT);
Resulting in output: CREATE TABLE persons (name TEXT, age INTEGER, profession TEXT);
CREATE TABLE persons (name TEXT, age INTEGER, profession TEXT); Error: in prepare, near ".": syntax error (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, near ".": syntax error (1) |
I get an OUTPUT:
1 2 | Error: in prepare, near ".": syntax error (1) |
INPUT: INSERT INTO persons (name, age, profession) VALUES ('John', 30, 'Engineer');
Resulting in output: INSERT INTO persons (name, age, profession) VALUES ('John', 30, 'Engineer');
INSERT INTO persons (name, age, profession) VALUES ('John', 30, 'Enginee er'); Error: in prepare, no such table: persons (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such table: persons (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such table: persons (1) |
INPUT: SELECT name, age, profession FROM people;
Resulting in output: SELECT name, age, profession FROM people;
SELECT name, age, profession FROM people; Error: in prepare, no such column: name (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such column: name (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such column: name (1) |
INPUT: PRAGMA table_info(people);
Resulting in output: PRAGMA table_info(people);
PRAGMA table_info(people); 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 sqlite>
Resulting in output: I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
INPUT: SELECT min(person_age) FROM people;
Resulting in output: SELECT min(person_age) FROM people;
SELECT min(person_age) FROM people; 25 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | 25
|
I get an OUTPUT:
1 2 | 25
|
INPUT: SELECT the_profession, count(*) as count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
Resulting in output: SELECT the_profession, count(*) as count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
SELECT the_profession, count(*) as count FROM people GROUP BY the_profes ssion ORDER BY count DESC LIMIT 1; Doctor|2 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Doctor|2 |
final: False Resulting in output: False
I have setup the docker container to run the model evaluation.
UNKNOWN NODE TYPE:
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
INPUT: .tables
Resulting in output: .tables
.tables ...>
Resulting in output: I get an OUTPUT:
1 | ...>
|
I get an OUTPUT:
1 | ...>
|
INPUT: SELECT name FROM sqlite_master WHERE type='table';
Resulting in output: SELECT name FROM sqlite_master WHERE type='table';
SELECT name FROM sqlite_master WHERE type='table'; Error: in prepare, near ".": syntax error (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, near ".": syntax error (1) |
I get an OUTPUT:
1 2 | Error: in prepare, near ".": syntax error (1) |
INPUT: SELECT name FROM sqlite_master WHERE type='table';
Resulting in output: SELECT name FROM sqlite_master WHERE type='table';
SELECT name FROM sqlite_master WHERE type='table'; people sqlite>
Resulting in output: I get an OUTPUT:
1 2 | people
|
I get an OUTPUT:
1 2 | people
|
INPUT: SELECT * FROM people;
Resulting in output: SELECT * FROM people;
SELECT * FROM people; Alice|Bob|29|Engineer Bob|Alice|32|Doctor Charlie|Alice|28|Artist David|Eve|35|Doctor Eve|Frank|26|Teacher Frank|Alice|31|Scientist Grace|Heidi|30|Nurse Heidi|Ivy|25|Lawyer Ivy|Charlie|34|Chef Judy|Grace|27|Accountant sqlite>
Resulting in output: I get an OUTPUT:
1 2 3 4 5 6 7 8 9 10 11 | Alice|Bob|29|Engineer Bob|Alice|32|Doctor Charlie|Alice|28|Artist David|Eve|35|Doctor Eve|Frank|26|Teacher Frank|Alice|31|Scientist Grace|Heidi|30|Nurse Heidi|Ivy|25|Lawyer Ivy|Charlie|34|Chef Judy|Grace|27|Accountant |
I get an OUTPUT:
1 2 3 4 5 6 7 8 9 10 11 | Alice|Bob|29|Engineer Bob|Alice|32|Doctor Charlie|Alice|28|Artist David|Eve|35|Doctor Eve|Frank|26|Teacher Frank|Alice|31|Scientist Grace|Heidi|30|Nurse Heidi|Ivy|25|Lawyer Ivy|Charlie|34|Chef Judy|Grace|27|Accountant |
INPUT: SELECT MIN(age) FROM people;
Resulting in output: SELECT MIN(age) FROM people;
SELECT MIN(age) FROM people; Error: in prepare, no such column: age (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
INPUT: SELECT profession, COUNT(*) AS count FROM people GROUP BY profession ORDER BY count DESC LIMIT 1;
Resulting in output: SELECT profession, COUNT(*) AS count FROM people GROUP BY profession ORDER BY count DESC LIMIT 1;
SELECT profession, COUNT(*) AS count FROM people GROUP BY profession ORD DER BY count DESC LIMIT 1; Error: in prepare, no such column: profession (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such column: profession (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such column: profession (1) |
INPUT: PRAGMA table_info(people);
Resulting in output: PRAGMA table_info(people);
PRAGMA table_info(people); 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 sqlite>
Resulting in output: I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
INPUT: SELECT MIN(person_age) FROM people;
Resulting in output: SELECT MIN(person_age) FROM people;
SELECT MIN(person_age) FROM people; 25 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | 25
|
I get an OUTPUT:
1 2 | 25
|
INPUT: SELECT the_profession, COUNT(*) AS count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
Resulting in output: SELECT the_profession, COUNT(*) AS count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
SELECT the_profession, COUNT(*) AS count FROM people GROUP BY the_profes ssion ORDER BY count DESC LIMIT 1; Doctor|2 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Doctor|2 |
I get an OUTPUT:
1 2 | Doctor|2 |
INPUT: INSERT INTO people (a_name, favorite_friend, person_age, the_profession) VALUES ('Victor', NULL, 25, 'Doctor');
Resulting in output: INSERT INTO people (a_name, favorite_friend, person_age, the_profession) VALUES ('Victor', NULL, 25, 'Doctor');
INSERT INTO people (a_name, favorite_friend, person_age, the_profession) ) VALUES ('Victor', NULL, 25, 'Doctor'); sqlite>
Resulting in output: I get an OUTPUT:
1 | sqlite> |
final: True Resulting in output: True
I have setup the docker container to run the model evaluation.
UNKNOWN NODE TYPE:
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
I've just run `sqlite3 people.db` and you are now in the interpreter. I want to add another person named Victor. They should be as old as the youngest person. And have the most popular profession. What command should I run? On each round you should just give me just one command to type, I'll run it exactly as-is, and give you the exact output. I will not make any changes. So do not write any placholder text. I'll get started: INPUT: `.version` OUTPUT:
1 |
1 |
INPUT: SELECT name, MIN(age) AS min_age, MAX(count) AS max_count, profession FROM (SELECT name, age, COUNT(*) AS count, profession FROM people GROUP BY profession);
Resulting in output: SELECT name, MIN(age) AS min_age, MAX(count) AS max_count, profession FROM (SELECT name, age, COUNT(*) AS count, profession FROM people GROUP BY profession);
SELECT name, MIN(age) AS min_age, MAX(count) AS max_count, profession FR ROM (SELECT name, age, COUNT(*) AS count, profession FROM people GROUP BY profess sion); Error: in prepare, no such column: name (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such column: name (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such column: name (1) |
INPUT: SELECT MIN(age) AS min_age, profession, COUNT(*) AS count FROM people GROUP BY profession ORDER BY count DESC LIMIT 1;
Resulting in output: SELECT MIN(age) AS min_age, profession, COUNT(*) AS count FROM people GROUP BY profession ORDER BY count DESC LIMIT 1;
SELECT MIN(age) AS min_age, profession, COUNT(*) AS count FROM people GR ROUP BY profession ORDER BY count DESC LIMIT 1; Error: in prepare, no such column: age (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
INPUT: CREATE TABLE people (name TEXT, age INTEGER, profession TEXT);
Resulting in output: CREATE TABLE people (name TEXT, age INTEGER, profession TEXT);
CREATE TABLE people (name TEXT, age INTEGER, profession TEXT); Error: in prepare, table people already exists (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, table people already exists (1) |
I get an OUTPUT:
1 2 | Error: in prepare, table people already exists (1) |
INPUT: SELECT COUNT(*) FROM people;
Resulting in output: SELECT COUNT(*) FROM people;
SELECT COUNT(*) FROM people; 10 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | 10
|
I get an OUTPUT:
1 2 | 10
|
INPUT: SELECT MIN(age) AS min_age, profession, COUNT(*) AS count FROM people GROUP BY profession ORDER BY count DESC LIMIT 1;
Resulting in output: SELECT MIN(age) AS min_age, profession, COUNT(*) AS count FROM people GROUP BY profession ORDER BY count DESC LIMIT 1;
SELECT MIN(age) AS min_age, profession, COUNT(*) AS count FROM people GR ROUP BY profession ORDER BY count DESC LIMIT 1; Error: in prepare, no such column: age (1) sqlite>
Resulting in output: I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
I get an OUTPUT:
1 2 | Error: in prepare, no such column: age (1) |
INPUT: PRAGMA table_info(people);
Resulting in output: PRAGMA table_info(people);
PRAGMA table_info(people); 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 sqlite>
Resulting in output: I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
I get an OUTPUT:
1 2 3 4 5 | 0|a_name|TEXT|0||0 1|favorite_friend|TEXT|0||0 2|person_age|INT|0||0 3|the_profession|TEXT|0||0 |
INPUT: SELECT MIN(person_age) AS min_age, the_profession, COUNT(*) AS count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
Resulting in output: SELECT MIN(person_age) AS min_age, the_profession, COUNT(*) AS count FROM people GROUP BY the_profession ORDER BY count DESC LIMIT 1;
SELECT MIN(person_age) AS min_age, the_profession, COUNT(*) AS count FRO OM people GROUP BY the_profession ORDER BY count DESC LIMIT 1; 32|Doctor|2 sqlite>
Resulting in output: I get an OUTPUT:
1 2 | 32|Doctor|2 |
I get an OUTPUT:
1 2 | 32|Doctor|2 |
INPUT: INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor', 32, 'Doctor');
Resulting in output: INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor', 32, 'Doctor');
INSERT INTO people (a_name, person_age, the_profession) VALUES ('Victor' ', 32, 'Doctor'); sqlite>
Resulting in output: I get an OUTPUT:
1 | sqlite> |
I get an OUTPUT:
1 | sqlite> |
INPUT: SELECT * FROM people;
Resulting in output: SELECT * FROM people;
SELECT * FROM people; Alice|Bob|29|Engineer Bob|Alice|32|Doctor Charlie|Alice|28|Artist David|Eve|35|Doctor Eve|Frank|26|Teacher Frank|Alice|31|Scientist Grace|Heidi|30|Nurse Heidi|Ivy|25|Lawyer Ivy|Charlie|34|Chef Judy|Grace|27|Accountant Victor||32|Doctor sqlite>
Resulting in output: I get an OUTPUT:
1 2 3 4 5 6 7 8 9 10 11 12 | Alice|Bob|29|Engineer Bob|Alice|32|Doctor Charlie|Alice|28|Artist David|Eve|35|Doctor Eve|Frank|26|Teacher Frank|Alice|31|Scientist Grace|Heidi|30|Nurse Heidi|Ivy|25|Lawyer Ivy|Charlie|34|Chef Judy|Grace|27|Accountant Victor||32|Doctor |
I get an OUTPUT:
1 2 3 4 5 6 7 8 9 10 11 12 | Alice|Bob|29|Engineer Bob|Alice|32|Doctor Charlie|Alice|28|Artist David|Eve|35|Doctor Eve|Frank|26|Teacher Frank|Alice|31|Scientist Grace|Heidi|30|Nurse Heidi|Ivy|25|Lawyer Ivy|Charlie|34|Chef Judy|Grace|27|Accountant Victor||32|Doctor |
INPUT: .quit
Resulting in output: .quit
.quit ...>
Resulting in output: I get an OUTPUT:
1 | ...>
|
final: False Resulting in output: False