IP2WHOIS
IP2WHOIS WHOIS lookup api helps users to obtain domain information, WHOIS record, by using a domain name. The WHOIS API returns a comprehensive WHOIS data such as creation date, updated date, expiration date, domain age, the contact information of the registrant, mailing address, phone number, email address, nameservers the domain is using and much more. IP2WHOIS supports the query for 1113 TLDs and 634 ccTLDs.
Integrate the IP2WHOIS API with the Snowflake API
Setup the IP2WHOIS API trigger to run a workflow which integrates with the Snowflake API. Pipedream's integration platform allows you to integrate IP2WHOIS and Snowflake remarkably fast. Free for developers.
Popular IP2WHOIS and Snowflake Triggers#
Popular IP2WHOIS and Snowflake Actions#
Helps users to obtain domain information, WHOIS record, by using a domain name. Please refer to the documentation for the details of the fields returned.
Overview of IP2WHOIS#
The IP2WHOIS API is a lookup tool that can fetch WHOIS information for a given IP address or domain. This data includes registration details, contact information, and sometimes even personal or organization-related data of the domain owner. Leveraging this API on Pipedream allows you to create automated workflows that can enrich IP data, monitor domain registration changes, or integrate WHOIS information into security analysis. By tapping into Pipedream's capabilities, you can trigger actions based on this data across various apps and services.
Connect IP2WHOIS#
import { axios } from "@pipedream/platform"
export default defineComponent({
props: {
ip2whois: {
type: "app",
app: "ip2whois",
},
domain: {
type: "string",
default: "greendot.com"
}
},
async run({steps, $}) {
return await axios($, {
url: `https://api.ip2whois.com/v2?key={your_license_key}&domain={domain_name}`,
params: {
key: `${this.ip2whois.$auth.api_key}`,
domain: `${this.domain}`,
},
})
},
})
Overview of Snowflake#
Snowflake offers a cloud database and related tools to help developers create robust, secure, and scalable data warehouses. See Snowflake's Key Concepts & Architecture.
Getting Started
1. Create a user, role and warehouse in Snowflake
Snowflake recommends you create a new user, role, and warehouse when you integrate a third-party tool like Pipedream. This way, you can control permissions via the user / role, and separate Pipedream compute and costs with the warehouse. You can do this directly in the Snowflake UI.
We recommend you create a read-only account if you only need to query Snowflake. If you need to insert data into Snowflake, add permissions on the appropriate objects after you create your user.
2. Enter those details in Pipedream
Visit https://pipedream.com/accounts. Click the button to Connect an App. Enter the required Snowflake account data.
You'll only need to connect your account once in Pipedream. You can connect this account to multiple workflows to run queries against Snowflake, insert data, and more.
3. Build your first workflow
Visit https://pipedream.com/new to build your first workflow. Pipedream workflows let you connect Snowflake with 1,000+ other apps. You can trigger workflows on Snowflake queries, sending results to Slack, Google Sheets, or any app that exposes an API. Or you can accept data from another app, transform it with Python, Node.js, Go or Bash code, and insert it into Snowflake.
Learn more at Pipedream University.
Connect Snowflake#
import { promisify } from 'util'
import snowflake from 'snowflake-sdk'
export default defineComponent({
props: {
snowflake: {
type: "app",
app: "snowflake",
}
},
async run({steps, $}) {
const connection = snowflake.createConnection({
...this.snowflake.$auth,
application: "PIPEDREAM_PIPEDREAM",
})
const connectAsync = promisify(connection.connect)
await connectAsync()
async function connExecuteAsync(options) {
return new Promise((resolve, reject) => {
connection.execute({
...options,
complete: function(err, stmt, rows) {
if (err) {
reject(err)
} else {
resolve({stmt, rows})
}
}
})
})
}
// See https://docs.snowflake.com/en/user-guide/nodejs-driver-use.html#executing-statements
const { rows } = await connExecuteAsync({
sqlText: `SELECT CURRENT_TIMESTAMP()`,
})
return rows
},
})