Description

This operation allows you to hash data using the Keccak cryptographic hash algorithm. Keccak is the original algorithm that was standardized as SHA-3 by the National Institute of Standards and Technology (NIST). It is widely used in cryptographic applications, such as blockchain technologies (e.g., Ethereum).

Data types

These are the input/output expected data types for this operation:

Input data

Output data

Parameters

These are the parameters you need to configure to use this operation (mandatory parameters are marked with a *):

Example

Suppose you want to hash your input strings using the Keccak algorithm:

1. In your Pipeline, open the required Action configuration and select the input Field.

2. In the Operation field, choose Keccak.

3. Set Size to 256.

4. Give your Output field a name and click Save. The strings in your input field will be hashed using the Keccak algorithm.

For example, the following string:

Hello World!

will be hashed as:

3ea2f1d0abf3fc66cf29eebb70cbd4e7fe762ef8a09bcc06c8edf641230afec0

Description

This operation allows you to hash data using the MD2 (Message Digest 2) algorithm. MD2 is a cryptographic hash function primarily intended for use in systems based on 8-bit computers. It produces a 128-bit hash value (16 bytes), typically represented as a 32-character hexadecimal string.

Data types

These are the input/output expected data types for this operation:

Input data

Output data

Example

Suppose you want to hash your input strings using the MD2 algorithm:

1. In your Pipeline, open the required Action configuration and select the input Field.

2. In the Operation field, choose MD2.

3. Give your Output field a name and click Save. The strings in your input field will be hashed using the MD2 algorithm.

For example, the following string:

Hello World!

will be hashed as:

315f7c67223f01fb7cab4b95100e872e

Description

This operation is used to compute the SHA-0 hash of an input string. SHA-0 is a cryptographic hash function and a predecessor to the more widely known SHA-1.

Data types

These are the input/output expected data types for this operation:

Input data

Output data

Example

Suppose you want to get the SHA0 hashes a series of strings in your input data:

1. In your Pipeline, open the required Action configuration and select the input Field.

2. In the Operation field, choose SHA0.

3. Give your Output field a name and click Save. You'll get the SHA0 hashes of your input strings.

For example:

Hello World! -> 1261178ff9a732aacfece0d8b8bd113255a57960

Description

This operation is used to compute the SHA-1 hash of a given input. SHA-1 (Secure Hash Algorithm 1) is a cryptographic hash function that produces a 160-bit (20-byte) hash value, typically represented as a 40-character hexadecimal string.

Data types

These are the input/output expected data types for this operation:

Input data

Output data

Example

Suppose you want to get the SHA1 hashes a series of strings in your input data:

1. In your Pipeline, open the required Action configuration and select the input Field.

2. In the Operation field, choose SHA1.

3. Give your Output field a name and click Save. You'll get the SHA1 hashes of your input strings.

For example:

Hello World! -> 2ef7bde608ce5404e97d5f042f95f89f1c232871