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| This application does not need additional settings. So you can make connection only by using your login credentials or by following the instructions below . |
![[Important]](https://docs.boost.space/wp-content/themes/bsdocs/docs-parser/HTML/css/image/important.png)
The PostgreSQL modules let you execute your custom logic directly in your database server through functions. Boost.space Integrator loads interface of input and output parameters dynamically so each parameter can be mapped individually.
Here is a sample SQL statement that creates a function that just simply inserts the values passed in the three parameters into a table:
CREATE OR REPLACE FUNCTION insert_record_from_Boost.space Integrator(_name character varying,_email character varying, _phone character varying) RETURNS void LANGUAGE 'plpgsql' AS $BODY$ BEGIN INSERT INTO contacts (name, email, phone) VALUES (_name, _email, _phone); END; $BODY$;
To learn more about creating functions, see PostgreSQL documentation.
Make sure the account you’re using to connect to your database has read access to ‘information_schema.routines’ and ‘information_schema.parameters’ tables.
Boost.space Integrator will make connections to your database from specifc IP addresses. Our servers are set up with valid PTR records so you can easily restrict access by allowing %.make.com.
This error occurs when you modify the same data using multiple modules. It is caused by SQL transactions.
When any SQL module is executed then it starts the transaction (1) and the transaction is finished after the scenario is fully executed.If another module tries to access the same data used in another unfinished transaction (1) then it has to wait until the previous transaction (1) is finished – but it never happens because the first transaction (1) will be finished after the scenario is finished.
Solution
Turn on Auto-commit. It finishes (commits) every transaction immediately after the module execution is done.
