Difference between revisions of "AMI Cheat Sheet"

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= AMI Cheat Sheet =
 
= AMI Cheat Sheet =
 
For this demonstration we need to include company.db and university.db sqlite databases as datasources into AMI. For better comprehension, the examples should be executed in the order presented
 
For this demonstration we need to include company.db and university.db sqlite databases as datasources into AMI. For better comprehension, the examples should be executed in the order presented
 +
 
== CREATE ==
 
== CREATE ==
 
CREATE TABLE BusinessTeam (name string, job string, salary int);
 
CREATE TABLE BusinessTeam (name string, job string, salary int);
 +
 
CREATE PUBLIC TABLE ManagementTeam (name string);
 
CREATE PUBLIC TABLE ManagementTeam (name string);
 +
 
CREATE TABLE IF NOT EXISTS OpenJobs (job string, id int);
 
CREATE TABLE IF NOT EXISTS OpenJobs (job string, id int);
 +
 
CREATE TEMP TABLE BonusJobs (job string, id int, bonus double);
 
CREATE TEMP TABLE BonusJobs (job string, id int, bonus double);
 +
 
CREATE TABLE Graduates (name string, degree string);
 
CREATE TABLE Graduates (name string, degree string);
 +
 
== CREATE AS ==
 
== CREATE AS ==
 
CREATE TABLE Team AS USE ds = "company" EXECUTE SELECT * from Employees;
 
CREATE TABLE Team AS USE ds = "company" EXECUTE SELECT * from Employees;
 +
 
CREATE TABLE SoftwareTeam AS SELECT name, job, salary FROM Team WHERE job IN ("Programming", "Testing", "DevOps");
 
CREATE TABLE SoftwareTeam AS SELECT name, job, salary FROM Team WHERE job IN ("Programming", "Testing", "DevOps");
 +
 
CREATE TABLE AnalyzeBudget AS ANALYZE name, job, salary, avg(win.salary) AS avgSalary, median(win.salary) AS medianSalary, salary - median(win.salary) AS diff FROM SoftwareTeam WINDOW win ON true;
 
CREATE TABLE AnalyzeBudget AS ANALYZE name, job, salary, avg(win.salary) AS avgSalary, median(win.salary) AS medianSalary, salary - median(win.salary) AS diff FROM SoftwareTeam WINDOW win ON true;
 +
 
CREATE TABLE PrepareBudget AS PREPARE name, job, salary, stack(salary), norm(salary) FROM SoftwareTeam ORDER BY salary ASC PARTITION BY job;
 
CREATE TABLE PrepareBudget AS PREPARE name, job, salary, stack(salary), norm(salary) FROM SoftwareTeam ORDER BY salary ASC PARTITION BY job;
 +
 
CREATE TABLE DescTable AS DESCRIBE TABLE OpenJobs;
 
CREATE TABLE DescTable AS DESCRIBE TABLE OpenJobs;
 +
 
CREATE TABLE ShowTable AS SHOW TEMP TABLES;
 
CREATE TABLE ShowTable AS SHOW TEMP TABLES;
 +
 
CREATE PROCEDURE PrefixFind OFTYPE AMISCRIPT USE arguments="string prefix, string col, string tb" script="SELECT * FROM ${tb} WHERE ${col} ~~ \"^${prefix}\"";
 
CREATE PROCEDURE PrefixFind OFTYPE AMISCRIPT USE arguments="string prefix, string col, string tb" script="SELECT * FROM ${tb} WHERE ${col} ~~ \"^${prefix}\"";
 +
 
CREATE TABLE PrefixTeam AS CALL PrefixFind("Jo", "name", "Team");
 
CREATE TABLE PrefixTeam AS CALL PrefixFind("Jo", "name", "Team");
 +
 
== INSERT VALUES ==
 
== INSERT VALUES ==
 
INSERT INTO OpenJobs VALUES ("Programming", 1),("Sales", 2), ("Management", 3), ("Finance", 4), ("DevOps", 5), ("Fax", -1) LIMIT 5;
 
INSERT INTO OpenJobs VALUES ("Programming", 1),("Sales", 2), ("Management", 3), ("Finance", 4), ("DevOps", 5), ("Fax", -1) LIMIT 5;
 +
 
Double discountFactor1 = 1.03, discountFactor2 = 1.05, discountFactor3 = 1.09, discountFactor6 = 1.08;
 
Double discountFactor1 = 1.03, discountFactor2 = 1.05, discountFactor3 = 1.09, discountFactor6 = 1.08;
 +
 
Double bonusAmount1 = 25, bonusAmount2 = 20, bonusAmount3 = 30, bonusAmount6 = 15;
 
Double bonusAmount1 = 25, bonusAmount2 = 20, bonusAmount3 = 30, bonusAmount6 = 15;
 +
 
INSERT INTO BonusJobs VALUES ("Programming", 1, power(bonusAmount1, discountFactor1)), ("Sales", 2, power(bonusAmount2, discountFactor2)), ("Management", 3, power(bonusAmount3, discountFactor3)), ("Machine Learning,AI", 6, power(bonusAmount6, discountFactor6));
 
INSERT INTO BonusJobs VALUES ("Programming", 1, power(bonusAmount1, discountFactor1)), ("Sales", 2, power(bonusAmount2, discountFactor2)), ("Management", 3, power(bonusAmount3, discountFactor3)), ("Machine Learning,AI", 6, power(bonusAmount6, discountFactor6));
 +
 
INSERT INTO Graduates VALUES ("Jeff", "Programming"), ("Peter", "Machine Learning"), ("Jennifer", "Finance"), ("Michelle", "Sales");
 
INSERT INTO Graduates VALUES ("Jeff", "Programming"), ("Peter", "Machine Learning"), ("Jennifer", "Finance"), ("Michelle", "Sales");
−
== INSERT [FROM] ==
 
−
INSERT INTO Team FROM SELECT name, degree, 80 FROM Graduates;
 
−
INSERT INTO ManagementTeam FROM SELECT name from Team WHERE job == "Management";
 
−
INSERT INTO BusinessTeam FROM SELECT name, job, salary FROM Team WHERE job IN ("Management", "Sales", "Operations");
 
−
INSERT INTO Team USE ds = "university" EXECUTE SELECT name, subject, 2 * salary FROM Professors;
 
−
INSERT INTO AnalyzeBudget FROM ANALYZE name, job, salary, avg(win.salary) AS avgSalary, median(win.salary) AS medianSalary, salary - median(win.salary) AS diff FROM BusinessTeam WINDOW win ON true;
 
−
INSERT INTO PrepareBudget FROM PREPARE name, job, salary, stack(salary), norm(salary) FROM BusinessTeam ORDER BY salary ASC PARTITION BY job;
 
−
INSERT INTO DescTable FROM DESCRIBE TABLE Team;
 
−
INSERT INTO ShowTable FROM SHOW PUBLIC TABLES;
 
−
INSERT INTO PrefixTeam FROM CALL PrefixFind("Ma", "name", "Team");
 
−
== ALTER ==
 
−
ALTER TABLE Team MODIFY salary AS salary BigInteger;
 
−
ALTER TABLE Graduates RENAME degree TO profession;
 
−
ALTER TABLE Graduates ADD income int BEFORE profession;
 
−
ALTER TABLE Graduates DROP income;
 
−
ALTER TABLE Graduates ADD income int;
 
−
== RENAME ==
 
−
RENAME TABLE ManagementTeam TO Leaders;
 
−
== DESCRIBE ==
 
−
DESCRIBE TABLE Team;
 
−
== SELECT ==
 
−
SELECT * FROM Team;
 
−
SELECT * FROM Team LIMIT 3;
 
−
SELECT * FROM Team LIMIT 3, 7;
 
−
SELECT * FROM Team WHERE job == "Programming" OR job == "Testing";
 
−
SELECT * FROM Team WHERE job IN ("Finance", "Machine Learning");
 
−
SELECT * FROM Team WHERE salary < 100;
 
−
SELECT * FROM Team WHERE job == "Programming" AND salary == 100;
 
−
SELECT * FROM Team WHERE (job, salary) IN ("Programming", 100);
 
−
SELECT * FROM Team ORDER BY salary ASC;
 
−
SELECT sum(salary) AS Budget FROM Team;
 
−
SELECT job, count(*) AS numberOfEmployees, sum(salary) AS jobBudget, avg(salary) AS jobAvgSalary FROM Team GROUP BY job ORDER BY numberOfEmployees;
 
−
SELECT job, count(*) AS numberOfEmployees, sum(salary) AS jobBudget, avg(salary) AS jobAvgSalary FROM Team GROUP BY job HAVING numberOfEmployees >=2;
 
−
SELECT * EXCEPT (salary) from Team;
 
−
SELECT job FROM Team GROUP BY job;
 
−
SELECT * FROM OpenJobs, BonusJobs WHERE OpenJobs.id == BonusJobs.id;
 
−
SELECT OpenJobs.job AS job, OpenJobs.id AS id, bonus FROM OpenJobs, BonusJobs WHERE OpenJobs.id == BonusJobs.id;
 
−
SELECT * FROM Team WHERE job IN (SELECT job FROM OpenJobs);
 
−
SELECT * FROM OpenJobs JOIN BonusJobs on OpenJobs.id == BonusJobs.id;
 
−
SELECT * FROM OpenJobs OUTER JOIN BonusJobs on OpenJobs.id == BonusJobs.id;
 
−
SELECT * FROM OpenJobs OUTER ONLY JOIN BonusJobs on OpenJobs.id == BonusJobs.id;
 
−
SELECT * FROM OpenJobs LEFT JOIN BonusJobs on OpenJobs.id == BonusJobs.id;
 
−
SELECT * FROM OpenJobs LEFT ONLY JOIN BonusJobs on OpenJobs.id == BonusJobs.id;
 
−
SELECT * FROM OpenJobs RIGHT JOIN BonusJobs on OpenJobs.id == BonusJobs.id;
 
−
SELECT * FROM OpenJobs RIGHT ONLY JOIN BonusJobs on OpenJobs.id == BonusJobs.id;
 
−
SELECT * FROM BonusJobs UNPACK job ON ",";
 
−
== UPDATE ==
 
−
UPDATE Graduates SET income = 50;
 
−
UPDATE Team SET salary = salary + 5 WHERE job == "Sales";
 
−
UPDATE Team JOIN BonusJobs ON BonusJobs.job =~ Team.job SET salary = salary + bonus;
 
−
== USE ... EXECUTE ==
 
−
USE ds = "company" EXECUTE SELECT * from Employees;
 
−
CREATE TABLE Students AS USE ds = "university" EXECUTE SELECT * from Students;
 
−
== USE ... SHOW ==
 
−
USE ds = "university" SHOW TABLES;
 
−
== USE … INSERT ==
 
−
USE ds = "company" INSERT INTO Employees VALUES ("Kevin", "DevOps", 110);
 
−
USE ds = "company" INSERT INTO Employees SELECT name, profession, 80 FROM Graduates;
 
−
USE ds = "company" INSERT INTO Employees USE ds = "university" EXECUTE SELECT name, subject, 2 * salary FROM Professors;
 
−
== SYNC ==
 
−
SYNC INTO Graduates FROM SELECT * FROM Team WHERE salary < 90;
 
−
SYNC INTO Graduates USE ds = "university" EXECUTE SELECT name, subject, 80 FROM Students;
 
−
SYNC INTO AnalyzeBudget FROM ANALYZE name, job, salary, avg(win.salary) AS avgSalary, median(win.salary) AS medianSalary, salary - median(win.salary) AS diff FROM Team WINDOW win ON true;
 
−
SYNC INTO PrepareBudget PREPARE name, job, salary, stack(salary), norm(salary) FROM Team ORDER BY salary ASC PARTITION BY job;
 
−
== DELETE FROM ==
 
−
DELETE FROM Graduates;
 
−
DELETE FROM OpenJobs WHERE id == 1;
 
−
DELETE FROM Team WHERE job == "Sales" LIMIT 2;
 
−
DELETE FROM Team WHERE job == "Programming" LIMIT 2,1;
 
−
DELETE FROM OpenJobs JOIN BonusJobs ON OpenJobs.id == BonusJobs.id;
 
−
DELETE FROM Team JOIN OpenJobs ON Team.job == OpenJobs.job;
 
−
DELETE FROM SoftwareTeam LEFT ONLY JOIN BonusJobs ON SoftwareTeam.job == BonusJobs.job;
 
−
== TRUNCATE ==
 
−
TRUNCATE TABLE SoftwareTeam;
 
−
== DROP ==
 
−
DROP TABLE Graduates, BonusJobs;
 

Revision as of 20:05, 3 March 2021

AMI Cheat Sheet

For this demonstration we need to include company.db and university.db sqlite databases as datasources into AMI. For better comprehension, the examples should be executed in the order presented

CREATE

CREATE TABLE BusinessTeam (name string, job string, salary int);

CREATE PUBLIC TABLE ManagementTeam (name string);

CREATE TABLE IF NOT EXISTS OpenJobs (job string, id int);

CREATE TEMP TABLE BonusJobs (job string, id int, bonus double);

CREATE TABLE Graduates (name string, degree string);

CREATE AS

CREATE TABLE Team AS USE ds = "company" EXECUTE SELECT * from Employees;

CREATE TABLE SoftwareTeam AS SELECT name, job, salary FROM Team WHERE job IN ("Programming", "Testing", "DevOps");

CREATE TABLE AnalyzeBudget AS ANALYZE name, job, salary, avg(win.salary) AS avgSalary, median(win.salary) AS medianSalary, salary - median(win.salary) AS diff FROM SoftwareTeam WINDOW win ON true;

CREATE TABLE PrepareBudget AS PREPARE name, job, salary, stack(salary), norm(salary) FROM SoftwareTeam ORDER BY salary ASC PARTITION BY job;

CREATE TABLE DescTable AS DESCRIBE TABLE OpenJobs;

CREATE TABLE ShowTable AS SHOW TEMP TABLES;

CREATE PROCEDURE PrefixFind OFTYPE AMISCRIPT USE arguments="string prefix, string col, string tb" script="SELECT * FROM ${tb} WHERE ${col} ~~ \"^${prefix}\"";

CREATE TABLE PrefixTeam AS CALL PrefixFind("Jo", "name", "Team");

INSERT VALUES

INSERT INTO OpenJobs VALUES ("Programming", 1),("Sales", 2), ("Management", 3), ("Finance", 4), ("DevOps", 5), ("Fax", -1) LIMIT 5;

Double discountFactor1 = 1.03, discountFactor2 = 1.05, discountFactor3 = 1.09, discountFactor6 = 1.08;

Double bonusAmount1 = 25, bonusAmount2 = 20, bonusAmount3 = 30, bonusAmount6 = 15;

INSERT INTO BonusJobs VALUES ("Programming", 1, power(bonusAmount1, discountFactor1)), ("Sales", 2, power(bonusAmount2, discountFactor2)), ("Management", 3, power(bonusAmount3, discountFactor3)), ("Machine Learning,AI", 6, power(bonusAmount6, discountFactor6));

INSERT INTO Graduates VALUES ("Jeff", "Programming"), ("Peter", "Machine Learning"), ("Jennifer", "Finance"), ("Michelle", "Sales");

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