Suite.js Documentation

Introduction

• What is Suite.js?
• Technologies Used
• ECMAScript Support
• License
• Roadmap

Getting Started

• Downloading & Installing
• Running
• Examples

Technical Support

• LinkedIn Support Group

Functions

Cryptography
• hashSHA256
• hmacSHA256
• hashSHA512
• hmacSHA512
• hashMD5
• hmacMD5

File System
• fileExists
• fileRead
• fileWrite
• folderExists
• unzip
• zip

Input / Output
• beep
• prompt
• write
• writeln

Networking
• curlExecute
• nsapiExecute

Operating System
• shellExecute

Text Encoding
• base64Decode
• base64Encode

Utilities
• abort / halt / quit
• info
• infoRefresh
• sleep
• stringIndent
• uuidGenerate

Advanced Topics

• Command Line Arguments
• Error Handling
• File Paths
• Includes
• Modules
• Source File Encryption
• TextBlocks

Cryptography

Suite.js provides several cryptography-related functions:
• hashSHA256
• hmacSHA256
• hashSHA512
• hmacSHA512
• hashMD5
• hmacMD5

The "hashSHA256" function uses the SHA256 algorithm (SHA-2 with 256 bit digest) to calculate the hash value of a specified string.

The "hmacSHA256" function uses the SHA256 algorithm (SHA-2 with 256 bit digest) to calculate the hash-based message authentication (HMAC) code of a specified string and key.

The "hashSHA512" function uses the SHA512 algorithm (SHA-2 with 512 bit digest) to calculate the hash value of a specified string.

The "hmacSHA512" function uses the SHA512 algorithm (SHA-2 with 512 bit digest) to calculate the hash-based message authentication (HMAC) code of a specified string and key.

The "hashMD5" function returns the MD5 message-digest value of the specified string.

The "hmacMD5" function uses the MD5 algorithm to calculate the hash-based message authentication (HMAC) code of a specified string and key.

Hashed values are returned as binary strings. To display them properly, convert them to Base64 format using the base64Encode function.

Cryptography Example

var data = "Hello, NetSuite!";
var key = "s3cret!"

writeln( "The string being hashed is: " );
writeln( data );
writeln;

writeln( "The key being used is: " );
writeln( key );
writeln;

writeln( "The SHA256 hashed value w/ Base64 encoding is: " );
writeln( base64Encode( hashSHA256( data ) ) );
writeln;

writeln( "The SHA256 hash-based message authentication code (HMAC) w/ Base64 encoding is: " );
writeln( base64Encode( hmacSHA256( data, key ) ) );
writeln;

writeln( "The SHA512 hashed value w/ Base64 encoding is: " );
writeln( base64Encode( hashSHA512( data ) ) );
writeln;

writeln( "The SHA512 hash-based message authentication code (HMAC) w/ Base64 encoding is: " );
writeln( base64Encode( hmacSHA512( data, key ) ) );
writeln;

writeln( "The MD5 hashed value w/ Base64 encoding is: " );
writeln( base64Encode( hashMD5( data ) ) );
writeln;

writeln( "The MD5 hash-based message authentication code (HMAC) w/ Base64 encoding is: " );
writeln( base64Encode( hmacMD5( data, key ) ) );
writeln;