Split (2)

train · 10.6k rows

Subsets and Splits

No community queries yet

The top public SQL queries from the community will appear here once available.

db_id stringclasses 140 values	question stringlengths 16 224	schema_items stringlengths 12 238	qpl stringlengths 65 1.55k
department_management	List 1 for each head of the departments that older than 56.	{"head": ["age"]}	#1 = Scan Table [ head ] Predicate [ age > 56.0 ] Output [ age ] ; --List 1 for each head of the departments that older than 56.
department_management	How many heads of the departments are older than 56 ?	{"head": ["age"]}	#1 = Scan Table [ head ] Predicate [ age > 56.0 ] Output [ age ] ; -- List 1 for each head of the departments that older than 56. #2 = Aggregate [ #1 ] Output [ countstar AS Count_Star ] ; --How many heads of the departments are older than 56 ?
department_management	List the name, born state and age of the heads of departments.	{"head": ["born_state", "age", "name"]}	#1 = Scan Table [ head ] Output [ name , born_state , age ] ; --List the name, born state and age of the heads of departments.
department_management	List the name, born state and age of the heads of departments ordered by age.	{"head": ["born_state", "age", "name"]}	#1 = Scan Table [ head ] Output [ name , born_state , age ] ; -- List the name, born state and age of the heads of departments. #2 = Sort [ #1 ] OrderBy [ age ASC ] Output [ name , born_state , age ] ; --List the name, born state and age of the heads of departments ordered by age.
department_management	List the creation year, name and budget of each department.	{"department": ["budget_in_billions", "name", "creation"]}	#1 = Scan Table [ department ] Output [ Creation , Name , Budget_in_Billions ] ; --List the creation year, name and budget of each department.
department_management	What are the budgets of the departments?	{"department": ["budget_in_billions"]}	#1 = Scan Table [ department ] Output [ Budget_in_Billions ] ; --What are the budgets of the departments?
department_management	What are the maximum and minimum budget of the departments?	{"department": ["budget_in_billions"]}	#1 = Scan Table [ department ] Output [ Budget_in_Billions ] ; -- What are the budgets of the departments? #2 = Aggregate [ #1 ] Output [ MIN(Budget_in_Billions) AS Min_Budget_in_Billions , MAX(Budget_in_Billions) AS Max_Budget_in_Billions ] ; --What are the maximum and minimum budget of the departments?
department_management	What are the number of employees of the departments whose rank is between 10 and 15?	{"department": ["num_employees", "ranking"]}	#1 = Scan Table [ department ] Predicate [ Ranking >= 10 AND Ranking <= 15 ] Output [ Ranking , Num_Employees ] ; --What are the number of employees of the departments whose rank is between 10 and 15?
department_management	What is the average number of employees of the departments whose rank is between 10 and 15?	{"department": ["num_employees", "ranking"]}	#1 = Scan Table [ department ] Predicate [ Ranking >= 10 AND Ranking <= 15 ] Output [ Ranking , Num_Employees ] ; -- What are the number of employees of the departments whose rank is between 10 and 15? #2 = Aggregate [ #1 ] Output [ AVG(Num_Employees) AS Avg_Num_Employees ] ; --What is the average number of employees of the departments whose rank is between 10 and 15?
department_management	What are the names of the heads who are born outside the California state?	{"head": ["born_state", "name"]}	#1 = Scan Table [ head ] Predicate [ born_state <> 'California' ] Output [ name , born_state ] ; --What are the names of the heads who are born outside the California state?
department_management	What are the ids of secretaries that born in state 'Alabama'?	{"head": ["born_state", "head_id"]}	#1 = Scan Table [ head ] Predicate [ born_state = 'Alabama' ] Output [ head_ID , born_state ] ; --What are the ids of secretaries that born in state 'Alabama'?
department_management	What are the secretary ids and department ids of all management.	{"management": ["head_id", "department_id"]}	#2 = Scan Table [ management ] Output [ head_ID , department_ID ] ; --What are the secretary ids and department ids of all management.
department_management	What are the ids of the departments managed by a secretary born in state 'Alabama'?	{"management": ["head_id", "department_id"], "head": ["born_state", "head_id"]}	#1 = Scan Table [ head ] Predicate [ born_state = 'Alabama' ] Output [ head_ID , born_state ] ; -- What are the ids of secretaries that born in state 'Alabama'? #2 = Scan Table [ management ] Output [ head_ID , department_ID ] ; -- What are the secretary ids and department ids of all management. #3 = Join [ #1 , #2 ] Predicate [ #1.head_ID = #2.head_ID ] Output [ #2.department_ID ] ; --What are the ids of the departments managed by a secretary born in state 'Alabama'?
department_management	What are the ids and creation years of all department?	{"department": ["department_id", "creation"]}	#4 = Scan Table [ department ] Output [ Creation , Department_ID ] ; --What are the ids and creation years of all department?
department_management	What are the distinct creation years of the departments managed by a secretary born in state 'Alabama'?	{"management": ["head_id", "department_id"], "department": ["department_id", "creation"], "head": ["born_state", "head_id"]}	#1 = Scan Table [ head ] Predicate [ born_state = 'Alabama' ] Output [ head_ID , born_state ] ; #2 = Scan Table [ management ] Output [ head_ID , department_ID ] ; #3 = Join [ #1 , #2 ] Predicate [ #1.head_ID = #2.head_ID ] Output [ #2.department_ID ] ; -- What are the ids of the departments managed by a secretary born in state 'Alabama'? #4 = Scan Table [ department ] Output [ Creation , Department_ID ] ; -- What are the ids and creation years of all department? #5 = Join [ #3 , #4 ] Predicate [ #3.department_ID = #4.Department_ID ] Distinct [ true ] Output [ #4.Creation ] ; --What are the distinct creation years of the departments managed by a secretary born in state 'Alabama'?
department_management	What are the born states of all heads?	{"head": ["born_state"]}	#1 = Scan Table [ head ] Output [ born_state ] ; --What are the born states of all heads?
department_management	What are the different born states and the number of heads born there?	{"head": ["born_state"]}	#1 = Scan Table [ head ] Output [ born_state ] ; -- What are the born states of all heads? #2 = Aggregate [ #1 ] GroupBy [ born_state ] Output [ countstar AS Count_Star , born_state ] ; --What are the different born states and the number of heads born there?
department_management	What are the names of the states where at least 3 heads were born?	{"head": ["born_state"]}	#1 = Scan Table [ head ] Output [ born_state ] ; #2 = Aggregate [ #1 ] GroupBy [ born_state ] Output [ countstar AS Count_Star , born_state ] ; -- What are the different born states and the number of heads born there? #3 = Filter [ #2 ] Predicate [ Count_Star >= 3 ] Output [ born_state ] ; --What are the names of the states where at least 3 heads were born?
department_management	What is the establishment year of all departments?	{"department": ["creation"]}	#1 = Scan Table [ department ] Output [ Creation ] ; --What is the establishment year of all departments?
department_management	What are the number of departments established for each establishment year?	{"department": ["creation"]}	#1 = Scan Table [ department ] Output [ Creation ] ; -- What is the establishment year of all departments? #2 = Aggregate [ #1 ] GroupBy [ Creation ] Output [ Creation , countstar AS Count_Star ] ; --What are the number of departments established for each establishment year?
department_management	In which year were most departments established?	{"department": ["creation"]}	#1 = Scan Table [ department ] Output [ Creation ] ; #2 = Aggregate [ #1 ] GroupBy [ Creation ] Output [ Creation , countstar AS Count_Star ] ; -- What are the number of departments established for each establishment year? #3 = TopSort [ #2 ] Rows [ 1 ] OrderBy [ Count_Star DESC ] Output [ Creation , Count_Star ] ; --In which year were most departments established?
department_management	Show the id for the departments managed by heads whose temporary acting value is 'Yes'.	{"management": ["temporary_acting", "department_id"]}	#1 = Scan Table [ management ] Predicate [ temporary_acting = 'Yes' ] Output [ temporary_acting , department_ID ] ; --Show the id for the departments managed by heads whose temporary acting value is 'Yes'.
department_management	Show the id, name and number of employees of all departments.	{"department": ["num_employees", "name", "department_id"]}	#2 = Scan Table [ department ] Output [ Name , Department_ID , Num_Employees ] ; --Show the id, name and number of employees of all departments.
department_management	Show the name and number of employees for the departments managed by heads whose temporary acting value is 'Yes'?	{"management": ["temporary_acting", "department_id"], "department": ["num_employees", "name", "department_id"]}	#1 = Scan Table [ management ] Predicate [ temporary_acting = 'Yes' ] Output [ temporary_acting , department_ID ] ; -- Show the id for the departments managed by heads whose temporary acting value is 'Yes'. #2 = Scan Table [ department ] Output [ Name , Department_ID , Num_Employees ] ; -- Show the id, name and number of employees of all departments. #3 = Join [ #1 , #2 ] Predicate [ #1.department_ID = #2.Department_ID ] Output [ #2.Name , #2.Num_Employees ] ; --Show the name and number of employees for the departments managed by heads whose temporary acting value is 'Yes'?
department_management	List the different acting statuses.	{"management": ["temporary_acting"]}	#1 = Scan Table [ management ] Distinct [ true ] Output [ temporary_acting ] ; --List the different acting statuses.
department_management	How many acting statuses are there?	{"management": ["temporary_acting"]}	#1 = Scan Table [ management ] Distinct [ true ] Output [ temporary_acting ] ; -- List the different acting statuses. #2 = Aggregate [ #1 ] Output [ COUNT(DISTINCT temporary_acting) AS Count_Dist_temporary_acting ] ; --How many acting statuses are there?
department_management	Find the ids of all departments.	{"department": ["department_id"]}	#1 = Scan Table [ department ] Output [ Department_ID ] ; --Find the ids of all departments.
department_management	Find the department ids that are led by heads who are mentioned.	{"management": ["department_id"]}	#2 = Scan Table [ management ] Output [ department_ID ] ; --Find the department ids that are led by heads who are mentioned.
department_management	Find the different department ids that are led by heads who are mentioned.	{"management": ["department_id"]}	#2 = Scan Table [ management ] Output [ department_ID ] ; -- Find the department ids that are led by heads who are mentioned. #3 = Aggregate [ #2 ] GroupBy [ department_ID ] Output [ department_ID ] ; --Find the different department ids that are led by heads who are mentioned.
department_management	List 1 for each department led by heads who are not mentioned.	{"management": ["department_id"], "department": ["department_id"]}	#1 = Scan Table [ department ] Output [ Department_ID ] ; -- Find the ids of all departments. #2 = Scan Table [ management ] Output [ department_ID ] ; #3 = Aggregate [ #2 ] GroupBy [ department_ID ] Output [ department_ID ] ; -- Find the different department ids that are led by heads who are mentioned. #4 = Except [ #1 , #3 ] Predicate [ #3.department_ID = #1.Department_ID ] Output [ 1 AS One ] ; --List 1 for each department led by heads who are not mentioned.
department_management	How many departments are led by heads who are not mentioned?	{"management": ["department_id"], "department": ["department_id"]}	#1 = Scan Table [ department ] Output [ Department_ID ] ; #2 = Scan Table [ management ] Output [ department_ID ] ; #3 = Aggregate [ #2 ] GroupBy [ department_ID ] Output [ department_ID ] ; #4 = Except [ #1 , #3 ] Predicate [ #3.department_ID = #1.Department_ID ] Output [ 1 AS One ] ; -- List 1 for each department led by heads who are not mentioned. #5 = Aggregate [ #4 ] Output [ countstar AS Count_Star ] ; --How many departments are led by heads who are not mentioned?
department_management	What are the ids of the heads who are acting?	{"management": ["head_id", "temporary_acting"]}	#1 = Scan Table [ management ] Predicate [ temporary_acting = 'Yes' ] Output [ head_ID , temporary_acting ] ; --What are the ids of the heads who are acting?
department_management	What are the ids and ages of all heads?	{"head": ["age", "head_id"]}	#2 = Scan Table [ head ] Output [ head_ID , age ] ; --What are the ids and ages of all heads?
department_management	What are the distinct ages of the heads who are acting?	{"management": ["head_id", "temporary_acting"], "head": ["age", "head_id"]}	#1 = Scan Table [ management ] Predicate [ temporary_acting = 'Yes' ] Output [ head_ID , temporary_acting ] ; -- What are the ids of the heads who are acting? #2 = Scan Table [ head ] Output [ head_ID , age ] ; -- What are the ids and ages of all heads? #3 = Join [ #1 , #2 ] Predicate [ #1.head_ID = #2.head_ID ] Distinct [ true ] Output [ #2.age ] ; --What are the distinct ages of the heads who are acting?
department_management	List the id of 'Treasury' department.	{"department": ["name", "department_id"]}	#1 = Scan Table [ department ] Predicate [ Name = 'Treasury' ] Output [ Name , Department_ID ] ; --List the id of 'Treasury' department.
department_management	List the department ids and their secretary ids.	{"management": ["head_id", "department_id"]}	#7 = Scan Table [ management ] Output [ head_ID , department_ID ] ; --List the department ids and their secretary ids.
department_management	List the secretary id of 'Treasury' department.	{"management": ["head_id", "department_id"], "department": ["name", "department_id"]}	#1 = Scan Table [ department ] Predicate [ Name = 'Treasury' ] Output [ Name , Department_ID ] ; -- List the id of 'Treasury' department. #2 = Scan Table [ management ] Output [ head_ID , department_ID ] ; #3 = Join [ #1 , #2 ] Predicate [ #1.Department_ID = #2.department_ID ] Output [ #2.head_ID ] ; --List the secretary id of 'Treasury' department.
department_management	List the secretary ids and born states of all heads.	{"head": ["born_state", "head_id"]}	#9 = Scan Table [ head ] Output [ head_ID , born_state ] ; --List the secretary ids and born states of all heads.
department_management	List the state where the secretary of 'Treasury' department was born.	{"management": ["head_id", "department_id"], "department": ["name", "department_id"], "head": ["born_state", "head_id"]}	#1 = Scan Table [ department ] Predicate [ Name = 'Treasury' ] Output [ Name , Department_ID ] ; #2 = Scan Table [ management ] Output [ head_ID , department_ID ] ; #3 = Join [ #1 , #2 ] Predicate [ #1.Department_ID = #2.department_ID ] Output [ #2.head_ID ] ; -- List the secretary id of 'Treasury' department. #4 = Scan Table [ head ] Output [ head_ID , born_state ] ; #5 = Join [ #3 , #4 ] Predicate [ #3.head_ID = #4.head_ID ] Distinct [ true ] Output [ #4.born_state ] ; --List the state where the secretary of 'Treasury' department was born.
department_management	List the id of 'Homeland Security' department.	{"department": ["name", "department_id"]}	#6 = Scan Table [ department ] Predicate [ Name = 'Homeland Security' ] Output [ Name , Department_ID ] ; --List the id of 'Homeland Security' department.