![]() In the above example, we use a like clause to return a specific pattern, here we need to return those table names starting with e. For instance, you can name a particular table, or you can utilize design pattern coordinating to return just tables that match a given example.tables e% Such an argument can be utilized to restrict the tables returned by the order. The end result of the above statement is shown below screenshot.Īs a reference, you can likewise give an argument to this command. In this example, we already created three different tables such as emp, students, and company. table command to list all tables from SQLite database. Similarly, we can create two more tables that are students and company by using the above statement. create table emp (emp_id integer primary key, emp_name text not null, emp_dept text not null, emp_salary text not null) Now let’s see the different examples of the show table as follows. First, we need to create a different table by using the following statement as follows. So none of the dot commands will fill in as a contention to SQLite interfaces like sqlite3_prepare () or sqlite3_exec (). The dot command is deciphered by the sqlite3.exe order line program, not by SQLite itself. As such, a dot command can’t happen at a continuation brief. Speck orders are more prohibitive:Ī dot command should start with the “.” at the left edge with no previous whitespace. The dot command should be completely contained on a solitary info line.Ī dot command can’t happen in a standard SQL statement. Normal SQL statements are freestyle, and can be spread across various lines, and can have whitespace and remarks anyplace. ![]() There were initially only a couple of speck orders, however, throughout the long term numerous new highlights have aggregated so today there are more than 60. These “speck orders” are commonly used to change the yield configuration of inquiries, or to execute certain prepackaged inquiry explanations. ![]() However, input lines that start with a dab (“.”) are caught and deciphered by the sqlite3 program itself. More often than not, sqlite3 simply peruses lines of info and gives them to the SQLite library for execution. Type in SQL explanations (ended by a semicolon), press “Enter” and the SQL will be executed. On startup, the sqlite3 program will show a short pennant message at that point brief you to enter SQL. In the event that no data set record is indicated on the order line, a transitory information base is made, at that point erased when the “sqlite3” program exits. In the event that the named record doesn’t exist, another information base document with the given name will be made consequently. Start the sqlite3 program by composing “sqlite3” at the order brief, alternatively followed by the name of the record that holds the SQLite database (or ZIP chronicle). This record gives a concise acquaintance on how to utilize the sqlite3 program. The SQLite project gives a basic command-line program named sqlite3 (or sqlite3.exe on Windows) that permits the client to physically enter and execute SQL different statements against SQLite data set or against a ZIP chronicle. Now let’s see how the show table works in SQLite as follows.
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