pipe), then there is also no interactive shell at the endĮ.g. If commands come from non interactive stdin (e.g. So we see that what -cmd does is to allow running a SQL statement while still getting an interactive shell at the end. Sqlite3 -cmd "select col1 from t" -cmd "select col2 from t" db.sqlite3
/sql-execute-5a5be0bf0c1a82003734fb6d.jpg "sqlite command line script")
Sqlite3 db.sqlite3 "select col1 from t select col2 from t" Sqlite3 db.sqlite3 "select col1 from t" "select col2 from t" This means that the first argument that starts without a dash - has to be the database name.Īnd then, every other argument is a separate SQL statement that happens on that database. This was confusing me a bit partly because man sqlite3 uses a weird notation so here goes, the syntax in more common GNU-like notation is: sqlite3.] NOTE: From previous examples, we can see that, we only need to use.
If you must use -cmd then the command will look like: sqlite3 -cmd ".print The Tables Are:\n" -cmd ".tables" -cmd ".print \nThe Schema is:\n" -cmd ".schema" -cmd ".print \nList Of All Customers:\n" -cmd "select * from object_store" test.sqlite. Yes, we can do something like: sqlite3 test.sqlite ".print The Tables Are:\n" ".tables" ".print \nThe Schema is:\n" ".schema" ".print \nList Of All Customers:\n" "select * from customers" You might have already noticed, when using -cmd we are using more than one commands. If you must use -cmd then the command will look like: sqlite3 -cmd "select * from object_store" test.sqlite. Now you can run query on the databases using: sqlite3 test.sqlite "select * from DATABASE_NAME" If you must use -cmd then the command will look like: sqlite3 -cmd. To list all tables of the database, run: sqlite3 test.sqlite. To view the schema of the database, run: sqlite3 test.sqlite. To list all dot-commands,run: sqlite3 test.sqlite. However, there might be some exceptions which i am not aware about. We can also use dot-commands in place of. What can we pass to sqlite3? Let us check. databasesĠ main E:\Python installation\myproject\myflaskproject\data-dev.sqlite3įor more about sqlite have look at this site sqlitetutorial.There are queries and there are dot-commands. Some quick useful sqlite commands sqlite>. Now you can open the sqlite database file (e.g: data-dev.sqlite3 under /myflaskproject ) like (env) E:\Python installation\myproject\myflaskproject>sqlite3 data-dev.sqlite3 'sqlite' is not recognized as an internal or external command, Open new console and check your current active python: python -versionĪnd then you can use sqlite3 command not sqlite (check the C:\sqlite3 installation folder): (env) E:\Python installation\myproject\myflaskproject>sqlite PATH = %PYTHON_HOME% %PYTHON_HOME%\Scripts.go to User variables and add/append variables to PATH like so:.PYTHON_HOME = C:\Python37 (it depends where you already installed python and which version if you have multiple installations).Under System Variables create those variables:.go to Advanced tab under System Properties and click Environment Variables.Now, if you open : C:\sqlite3, you'll find 3 executable files: C:\sqlite3 and rename the folder to C:\sqlite3 to make things simple. Unzip the downloaded file the under C:\ for e.g. You have to know sqlite3 is a standalone and executable file meaning sqlite3 don't require to be installed like other programs:Ī bundle of command-line tools for managing SQLite database files, including the command-line shell program, the sqldiff.exe program, and the sqlite3_analyzer.exe program.
#Sqlite command line script windows 7#
Since your are working on windows platform, under Precompiled Binaries for Windows section download sqlite-tools-win6300.zip or sqlite-tools-win3300.zip if your are like me working on the very OLD windows 7 32bit architecture
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