We expect at least one unique (and usually autoincrement) primary key column so we can deduplicate records properly! Otherwise we will make a best guess on a random column to use to deduplicate.

**Highly recommended!** Usually you want the results to be most recent first so we can skim off only new results, so choose something like `date_created` or your autoincrement `id`. Column names that contain a space must be enclosed within brackets `[ ]`.

We default to what the primary key is on the table as the unique key to deduplicate on. If you prefer another field, select it here.

Query results must have a unique `id` field so we can deduplicate records properly! Otherwise we will make a best guess. You must also include desired ordering and limiting in the query.

**Note: This query must run in less than 30 seconds and it is recommended that you return no more than 5,000 rows**

Usually something auto-incremented like `id`. Must be unique. Column names that contain a space must be enclosed within brackets `[ ]`.

Usually something like `date_updated` or `last_modified`. This should ideally be a datetime column that is set to the current datetime whenever a row is updated.

Trigger on changes to cells in this column only. Leave blank if you want to trigger on changes to cells in all columns.

You should include desired ordering and limiting in the query.

**This query must run in less than ~30 seconds.**

You should include desired ordering and limiting (usually to 1 record) in the query.

**This query must run in less than ~30 seconds.**

PostgreSQL is a powerful, open-source database engine with a uniquely advanced query optimizer and dozens of built in features, making it an easy choice for production databases.

PostgreSQL

MySQL is a premier database used in millions of production environments around the world. Easily plug your MySQL database into any web service.

MySQL

SQL server (or MS SQL) is a top of the line database geared for the cloud

SQL Server

Amazon Relational Database Services (RDS) allow you to set up, operate, and scale relational databases in the cloud.

Amazon Relational Database Services (RDS)

Domain name to query for its WHOIS record.

IP2WHOIS WHOIS Lookup API helps users to obtain domain information, WHOIS record, by using a domain name.

IP2WHOIS

Do you store domain names in a PostgreSQL table? When a new domain name is inserted into the table, the IP2WHOIS API is automatically queried with the domain name. The API will return the WHOIS record that can then be utilized.

IP2WHOIS + PostgreSQL

Get WHOIS records by reading domain names from new PostgreSQL rows and querying IP2WHOIS

Supported triggers and actions

New Column

Table/ViewRequired

New Row (Custom Query)

QueryRequired

New or Updated Row

Table/ViewRequired

Primary KeyRequired

Order ByRequired

Trigger Column

Update Row

TableRequired

ID ColumnRequired

Find Multiple Rows via Custom Query

QueryRequired

Query WHOIS

DomainRequired

New Row

Table/ViewRequired

Order By

Dedupe Key

New Table

New Row

TableRequired

Find Row

TableRequired

Lookup ColumnRequired

Lookup ValueRequired

Find Row via Custom Query

QueryRequired

About IP2WHOIS

Related categories

About PostgreSQL

Related categories

Similar apps

MySQL

SQL Server

Amazon Relational Database Services (RDS)