maxfindel

# This gist assumes you have a signed document, the certificate chain used to sign it and the certificate chain of a TSA (if you used one)
# signed_doc = HexaPDF::Document.open(File.join(base_path, 'signed-document.pdf'))
# sig_cert_chain = [end_user_cert, intermediate_cert, root_cert]
# tsa_cert_chain = [tsa_cert, tsa_intermediate_cert, tsa_root_cert]
# optional: output_path = File.join(base_path, 'signed-document-with-ltv.pdf')

# STEP 1: The base structure is added as indirect references all
signed_doc.catalog[:DSS] = signed_doc.add({})
signed_doc.catalog[:DSS][:CRLs] = signed_doc.add([])
signed_doc.catalog[:DSS][:Certs] = signed_doc.add([])

maxfindel

var module;

module = (function() {
  return {
    enc: function(key_str, pt1_str) {
      var encrypt, key, pt1;
      key = new Buffer(key_str);
      pt1 = new Buffer(pt1_str);
      encrypt = require('triplesec').encrypt;
      return encrypt({

maxfindel

module = do ->
  enc: (key_str, pt1_str) ->
    key = new Buffer key_str
    pt1 = new Buffer pt1_str
    {encrypt} = require 'triplesec'
    encrypt { key, data : pt1 }, (err, ciphertext) ->
      console.log ciphertext.toString('base64')

  dec: (key_str, ciphertext_str) ->
    key = new Buffer key_str