Disclaimer

Your use of this download is governed by Stonebranch’s Terms of Use, which are available at Terms Of Use.

Version Information

Template Name	Extension Name	Version
GnuPG	ue-gnupg	1.0.0

Refer to Changelog for version history information.

Overview

GnuPG (GPG) is a command line tool implementing the OpenPGP standard. GPG allows for encryption, decryption and signing of data and communications. This integration provides the capability to perform file encryption and decryption, based on GnuPG.

Key Features

Feature	Description
Encrypt	Encrypt files based on file patterns, and optionally sign the encrypted file.
Decrypt	Decrypt files based on file patterns, and optionally verify signature.
Keystore Options	PGP keys can be retrieved from either a local keystore stored on the Universal Agent environment, or from a UDMG based keystore.

Requirements

This integration requires a Universal Agent and a Python runtime to execute the Universal Task.

Area	Details
Python Version	Requires Python 3.7, tested with Python 3.7.16. and Python 3.11.6.
Universal Agent	Compatible with Universal Agent for Windows x64 and version >= 7.3.0.0. Compatible with Universal Agent for Linux and version >= 7.3.0.0. Only Agents that are Under Support are supported.
Universal Controller	Universal Controller Version >= 7.3.0.0.
GnuPG	This integration requires GnuPG command line tool to be installed manually on the Universal Agent environment. Tested against GnuPG 2.2.19 and 2.4.4.

Supported Actions

Action: Encrypt With Local Keystore

Encrypt a single file or multiple files given a file pattern. Optionally sign the encrypted file(s). Public key for encryption and Private Key for signing, are retrieved from the keystore stored in the locally running GnuPG tool, though fields ‘Local Key' and 'Private Key For Signing' respectively.

Configuration examples

Encrypt and sign a single file, using keys from a keyring file on the local GPG.

User Scenario: Retrieve the single file "finance_report.csv", and encrypt it in ASCII format, using PGP key that exists on a local GPG keyring file, stored in /home/.gnupg directory. After the encryption is completed, sign the encrypted file. Allow the integration to overwrite any existing encrypted file with the same name.

Encrypt and sign multiple files matching a pattern, using keys stored in the default keyring of the local GPG.

User Scenario: Retrieve all matching files based on filename pattern "finance_2*.csv", and encrypt it in ASCII format, using PGP key that exists on the default keyring of the local GPG. After the encryption is completed, sign the encrypted files. The task instance will fail if no matching files are found. It will also stop its execution on the first encryption error. To be proactive, the environment variable 'UE_GNUPG_VERBOSE_OUTPUT' will provide additional information on the STDOUT.

Action Output

Output Type

Description

Example

EXTENSION

The extension output provides the following information:

exit_code, status_description: General info regarding the task execution.
result.metadata.count: Number of files that have been encrypted. Skipped files are not counted here.
result.metadata.input_file_count: Number of files matched the Input Path or Pattern field.
result.metadata.success_count: Number of files successfully encrypted.
result.metadata.failure_count: The number of files failed to be encrypted.
result.metadata.skip_count: Number of files skipped to be processed due to previous error or due to overwrite flag.
result.files.source_file: The source file path.
result.files.target_file: The target file path.
result.files.status: The status of the operation on the specific file. Possible values (Encrypted | Not encrypted).
result.files.message: The error message.
result.errors: List of generic or unexpected errors.

Successful Encryption Example

{
  "exit_code": 0,
  "status_description": "Task executed successfully",
  "invocation": {
    "version": "1.0.0",
    "extension": "ue-gnupg",
    "fields": {
          ...
    }
  },
  "result": {
    "errors": [],
    "metadata": {
      "metadata": {
        "count": 2,
        "input_file_count": 3,
        "success_count": 1,
        "failure_count": 1,
        "skip_count": 1
      },
      "files": [
        {
          "source_file": "/source_directory/gpg_test1.txt",
          "target_file": "/target_directory/pgp_test1.txt.asc",
          "status": "Encrypted",
          "message": null
        },
        {
          "source_file": "/source_directory/gpg_test2.txt",
          "target_file": "/target_directory/pgp_test2.txt.asc",
          "status": "Encrypted",
          "message": null
        }
      ]
    }
  }
}

Failed Execution

{
  "exit_code": 100,
  "status_description": "Execution failed: At least one file processing failed.",
  "invocation": {
    "version": "1.0.0",
    "extension": "ue-gnupg",
    "fields": {
          ...
    }
  },
  "result": {
    "metadata": {
        "count": 3,
        "input_file_count": 4
        "success_count": 1,
        "failure_count": 2,
        "skip_count": 1
    },
    "files": [
        {
            "source_file": "/source_directory/pgp_test1.txt",
            "target_file": "/target_directory/pgp_test1.txt.pgp",
            "status": "Encrypted",
            "message": null
        },
        {
            "source_file": "/source_directory/pgp_test2.txt",
            "target_file": "/source_directory/pgp_test2.txt.pgp",
            "status": "Not encrypted",
            "message": "invalid recipient, not found:dummy.pub"
        },
        {
            "source_file": "/source_directory/pgp_test3.txt",
            "target_file": "/source_directory/pgp_test3.txt.pgp",
            "status": "Not encrypted",
            "message": "invalid recipient, not found:dummy.pub"
        }
    ]
  }

Generic Failed Execution

{
  "exit_code": 1,
  "status_description": "Execution Failed: ...",
  "invocation": {
    "version": "1.0.0",
    "extension": "ue-gnupg",
    "fields": {
          ...
    }
  }
  "result": {
    "errors": [
      "Execution Failed: ..."
    ]
  }
}

STDOUT

Display in STDOUT all GPG tool verbose information when ‘UE_GNUPG_VERBOSE_OUTPUT’ environment variable is true/True.

STDOUT Example

gpg --status-fd 2 --no-tty --no-verbose --fixed-list-mode --batch --with-colons --homedir C:\DATA\gpg --list-config --with-colons
gpg --status-fd 2 --no-tty --no-verbose --fixed-list-mode --batch --with-colons --homedir C:\DATA\gpg --encrypt --recipient robot_rsa --yes --output C:\DATA\windev76\UAGSrv\ue-gnupg-demo\test_rsa.txt.gpg --trust-model always
[GNUPG:] KEY_CONSIDERED 70BE8B3FBFCBC5638B6715EEFD9C1F2E818BD452 0
[GNUPG:] KEY_CONSIDERED 70BE8B3FBFCBC5638B6715EEFD9C1F2E818BD452 0
[GNUPG:] BEGIN_ENCRYPTION 2 9
[GNUPG:] END_ENCRYPTION

Action: Encrypt With UDMG Keystore

Encrypt a single file or multiple files given a file pattern. Optionally sign the encrypted file(s). Public key for encryption and Private key for signing, are retrieved from a UDMG server, though fields ‘UDMG Key Name' and 'UDMG Private Key For Signing' respectively.

Configuration examples

Encrypt and sign a single file, using keys stored on a UDMG server.

Retrieve the single file "finance_report.csv", and encrypt it, using PGP key that exists on a UDMG server. After the encryption is completed, sign the encrypted file. PGP Keys will temporarily be stored on the local GPG, and removed as soon the task instance is completed. Allow the integration to overwrite any existing encrypted file with the same name.

Encrypt multiple files, using keys stored on a UDMG server.

Retrieve all matching files based on filename pattern "finance_2*.csv", and encrypt them, using a PGP key that exists on the default keyring of the local GPG. The task instance will fail if no matching files are found. It will stop its execution on the first encryption error, and will skip to encrypt a file if there is an existing one with the same name encrypted.

Action Output

Action Output is the same as described in Action Encrypt With Local Keystore.

Action: Decrypt With Local Keystore

Decrypt a single file or multiple files given a file pattern. Optionally verify the signature of a signed and encrypted file. Private key for decryption is retrieved from local GPG keystore, through field 'Local Key'.

Configuration examples

Decrypt single file using private key stored in local GPG keystore and verify the signature.

Retrieve single file and decrypt it, using a PGP key that exists on the local GPG keystore. After the decryption is completed, verify the file has been signed by ‘admin.finance@example.com'. The task instance overwrite any file named ‘finance_report' and delete the original decrypted file 'finance_report.gpg’.

Decrypt multiple files using private key stored in local GPG keystore and verify the signature.

Retrieve all matching files based on filename pattern "finance_2*.gpg", and decrypt them, using a PGP key that exists on the local GPG keystore. After the decryption is completed, verify for each file that has a signature of email 'admin.finance@example.com'. Using a GPG option, ignore any MDC error produced during decryption. The task instance will stop its execution either when no matching files are found, or on the first decryption or verification error.

Action Output

Output Type

Description

Example

EXTENSION

The extension output provides the following information:

exit_code, status_description: General info regarding the task execution.
result.metadata.count: Number of files that have been decrypted. Skipped files are not counted here.
result.metadata.input_file_count: Number of files matched the Input Path or Pattern field.
result.metadata.success_count: Number of files successfully decrypted.
result.metadata.failure_count: The number of files failed to be decrypted.
result.metadata.skip_count: Number of files skipped to be processed due to previous error or due to overwrite flag.
result.files.source_file: The source file path.
result.files.target_file: The target file path.
result.files.status: The status of the operation on the specific file. Possible values (Decrypted | Not decrypted).
result.files.message: The error message.
result.errors: List of generic or unexpected errors.

Successful Execution

{
  "exit_code": 0,
  "status_description": "Task executed successfully",
  "invocation": {
    "version": "1.0.0",
    "extension": "ue-gnupg",
    "fields": {
          ...
    }
  },
  "result": {
    "errors": [],
    "metadata": {
      "metadata": {
        "count": 2,
        "input_file_count": 3,
        "success_count": 1,
        "failure_count": 1,
        "skip_count": 1
      },
      "files": [
        {
          "source_file": "/source_directory/gpg_test1.txt.gpg",
          "target_file": "/target_directory/pgp_test1.txt",
          "status": "Decrypted",
          "message": " decryption ok"
        },
        {
          "source_file": "/source_directory/gpg_test2.txt.gpg",
          "target_file": "/target_directory/pgp_test2.txt",
          "status": "Not decrypted",
          "message": "not found:my_key private key"
        }
      ]
    }
  }
}

Failed Execution

{
  "exit_code": 100,
  "status_description": "Execution failed: At least one file processing failed.",
  "invocation": {
    "version": "1.0.0",
    "extension": "ue-gnupg",
    "fields": {
            ...
    }
  },
  "result": {
    "metadata": {
        "count": 3,
        "input_file_count": 4,
        "success_count": 1,
        "failure_count": 2,
        "skip_count": 1
    },
    "files": [
        {
            "source_file": "/source_directory/pgp_test1.txt.pgp",
            "target_file": "/target_directory/pgp_test1.txt",
            "status": "Decrypted",
            "message": null
        },
        {
            "source_file": "/source_directory/pgp_test2.txt.pgp",
            "target_file": "/target_directory/pgp_test2.txt",
            "status": "Not decrypted",
            "message": " not valid data"
        },
        {
            "source_file": "/source_directory/pgp_test3.txt.pgp",
            "target_file": null,
            "target_file": "/target_directory/pgp_test3.txt",
            "status": "Not decrypted",
            "message": " not valid data"
        },
    ]
  }
}

Generic Failed Execution

{
  "exit_code": 1,
  "status_description": "Execution Failed: ...",
  "invocation": {
    "version": "1.0.0",
    "extension": "ue-gnupg",
    "fields": {
          ...
    }
  }
  "result": {
    "errors": [
      "Execution Failed: ..."
    ]
  }
}

STDOUT

Display in STDOUT all GPG tool verbose information when ‘UE_GNUPG_VERBOSE_OUTPUT’ environment variable is true/True.

STDOUT Example

gpg --status-fd 2 --no-tty --no-verbose --fixed-list-mode --batch --with-colons 
--homedir C:\DATA\gpg --list-config --with-colons
gpg --pinentry-mode loopback --status-fd 2 --no-tty --no-verbose --fixed-list-mode 
--batch --with-colons --homedir C:\DATA\gpg --passphrase-fd 0 --decrypt --yes 
--output C:\DATA\windev76\UAGSrv\ue-gnupg-demo\test_rsa.txt --trust-model always
[GNUPG:] ENC_TO BCA783824F1E76CD 1 0
[GNUPG:] KEY_CONSIDERED 70BE8B3FBFCBC5638B6715EEFD9C1F2E818BD452 0
gpg: encrypted with rsa3072 key, ID BCA783824F1E76CD, created 2024-02-08
      "robot_rsa <robot.rsa@ueqa.com>"
[GNUPG:] KEY_CONSIDERED 70BE8B3FBFCBC5638B6715EEFD9C1F2E818BD452 0
[GNUPG:] KEY_CONSIDERED 70BE8B3FBFCBC5638B6715EEFD9C1F2E818BD452 0
[GNUPG:] DECRYPTION_KEY 67FB5708B59E2CBB646A5DCFBCA783824F1E76CD 70BE8B3FBFCBC5638B6715EEFD9C1F2E818BD452 -
[GNUPG:] BEGIN_DECRYPTION
[GNUPG:] DECRYPTION_INFO 2 9 0
[GNUPG:] PLAINTEXT 62 1707406246 test_rsa.txt
[GNUPG:] PLAINTEXT_LENGTH 6790
[GNUPG:] DECRYPTION_OKAY
[GNUPG:] GOODMDC
[GNUPG:] END_DECRYPTION

Action: Decrypt With UDMG Keystore

Decrypt a single file or multiple files given a file pattern. Optionally verify the signature of a signed and encrypted file. Private key for decryption is retrieved from a UDMG server, through field 'UDMG Key Name'.

Configuration examples

Decrypt a single file using a private key stored on a UDMG server.

Retrieve a single file based and decrypt it, using a PGP key that exists on a UDMG server. The task instance will stop its execution on the first decryption or verification error and will overwrite any existing decrypted file with the same name.

Decrypt multiple files with private key stored on UDMG server and verify their signature.

Retrieve all matching files based on filename pattern "finance_2*.csv", and decrypt them, using a PGP key that exists on a UDMG server. After the decryption is completed, verify for each file that has a signature of email 'admin.finance@example.com'. Using a GPG option, ignore any MDC error produced during decryption. The task instance will stop its execution on the first decryption or verification error.

Action Output

Action Output is the same as described in Action Decrypt With Local Keystore.

Input Fields

Name	Type	Description	Version Information
Action	Choice	The action performed upon the task execution. Encrypt With Local Keystore Encrypt With UDMG Keystore Decrypt With Local Keystore Decrypt With UDMG Keystore	Introduced in 1.0.0
Input Path or Pattern	Text	Source directory containing the file(s) to encrypt/decrypt. When file path pattern is provided, all matched files will be used.	Introduced in 1.0.0
Output Path	Text	Directory to store the encrypted/decrypted files.	Introduced in 1.0.0
File Extension	Choice	The file extension that will be appended in the encrypted files. Choose the extension that will be used for the encrypted files. Available options: .gpg (GNUPG) .pgp (PGP) .asc (ASCII armored) Visible when Action = [ Encrypt With Local Keystore \| Encrypt With UDMG Keystore]	Introduced in 1.0.0
Local Key	Credentials	The UID or Email that will be used for the selected action. Should reflect to an existing GPG key in the local GPG keystore or the keyring that is specified in the Keyring field. The Credentials should be populated as follows: The UID or Email of the local key as “Runtime User”. Private key’s passphrase, (only when Action = Decrypt With Local Keystore) as "Passphrase". Visible and required when Action = [ Encrypt With Local Keystore \| Decrypt With Local Keystore]).	Introduced in 1.0.0
UDMG Server	Text	UDMG Server API endpoint. Example: http://<udmg_url>:<port>/api Visible and required when Action = [ Encrypt With UDMG Keystore \| Decrypt With UDMG Keystore ].	Introduced in 1.0.0
UDMG Credentials	Credentials	Credentials for UDMG Server. User as "Runtime User". User Password as "Runtime Password". Visible and required when Action = [ Encrypt With UDMG Keystore \| Decrypt With UDMG Keystore].	Introduced in 1.0.0
UDMG Key Name	Dynamic Choice	A list of all the available PGP keys retrieved from UDMG Server, one of which should be used for the selected action. When Action = Encrypt With UDMG Keystore, the available Public Keys are listed. When Action = Decrypt With UDMG Keystore, the available Private Keys are listed. Visible and required when Action = [ Encrypt With UDMG Keystore \| Decrypt With UDMG Keystore ].	Introduced in 1.0.0
Sign	Checkbox	After encryption is completed, optionally sign the encrypted file with the sender’s private key. Default setting is unchecked.	Introduced in 1.0.0
Private Key For Signing	Credentials	Credentials representing the Private key used to sign the encrypted file(s). The UID or Email of the local key as “Runtime User”. Private key’s passphrase as "Passphrase". Visible and required when Sign is checked.	Introduced in 1.0.0
Verify File Signed By	Text	The email of the person/key who has signed the file that was decrypted. When a signed file is decrypted, an implicit signature verification is performed. Populating this field, will force the task instance to perform an additional validation that the signature is from the expected person. Decryption is irrelevant with the signature verification. This means that a file can be successfully decrypted, however the signature verification might fail. In this case, a corresponding message is present in the Extension Output result.file.message field for the specific file. Visible when Action=[Decrypt With Local Keystore \| Decrypt With UDMG Keystore].	Introduced in 1.0.0
UDMG Private Key For Signing	Dynamic Choice	A list of all the available PGP Private keys retrieved from UDMG Server, one of which should be used for signing the encrypted files. Visible and required when Sign is checked.	Introduced in 1.0.0
Overwrite Output File	Checkbox	When is checked, the output file(s) will overwrite the existing ones, if any. Default setting is checked.	Introduced in 1.0.0
Delete After Encryption	Checkbox	When is checked, delete the input file(s) after encryption. Visible when Action=[Encrypt With Local Keystore \| Encrypt With UDMG Keystore]. Default setting is not checked.	Introduced in 1.0.0
Delete After Decryption	Checkbox	When is checked, delete the input file(s) after decryption. Visible when Action= [Decrypt With Local Keystore \| Decrypt With UDMG Keystore]. Default setting is not checked.	Introduced in 1.0.0
Fail On No Input Files	Checkbox	When selected, fails when no matching input files are found. Default setting is not checked.	Introduced in 1.0.0
Fail On First Error	Checkbox	When is checked, fails on the first error that might occur during encryption/decryption and task instance fails with Exit Code 101. Default setting is not checked.	Introduced in 1.0.0
Trust Keys	Checkbox	When is checked, skip key validation and assume that used keys are always fully trusted. This option can be used with caution for imported keys. Default setting is not checked.	Introduced in 1.0.0
GPG Home	Text	Home directory for the GnuGP tool. This is the location where default and/or custom keyrings can be stored. Refer to the official GnuPG documentation for more details on the GnuPG Home Directory option. Users are advised to use a custom GPG Home when Action = [Encrypt With UDMG Keystore \| Decrypt With UDMG Keystore].	Introduced in 1.0.0
GPG Path	Text	The file path to the gpg executable. Should be populated when gpg executable is not included in the PATH environment variable.	Introduced in 1.0.0
Keyring File	Text	Points to a keyring file. Use this field when other than the default GPG Keyring stored under GPG Home Directory is used. Populate the field according to the following cases: When field is the absolute path to a keyring file is provided, it will be respected. When field is the keyring filename, it will be expected to be found under the GPG Home. Please refer to official documentation for more details on the keyring usage, depending on the Linux or Windows OS. Visible when Action = [Encrypt With Local Keystore \| Decrypt With Local Keystore].
Extra Arguments	Large Text	A space separated list of extra arguments that can be provided to the GPG command line tool. A usage example can be found under Action 'Decrypt With Local Keystore'.	Introduced in 1.0.0
Exit Codes	Text	Enter exit codes or ranges of exit codes and treat them as Success or Fail exit codes. This is the default field in the main tab of each Universal Template. Refer to Integration Modifications. Default value is: 0	Default Task Field

Environment Variables

Variable: UE_GNUPG_VERBOSE_OUTPUT

This environment variable can be used to enable the verbosity of the underlying GnuPG tool. Since the GnuPG logging can be comprehensive, it is suggested to configure this variable for troubleshooting purposes, or when this is requested by the Stonebranch Customer Support.

Accepted values are: True/False or environment variable not set.

Default value: not set.

Example can be found under Action 'Encrypt With Local Keystore'.

Exit Codes

Exit Code	Status	Status Description	Meaning
0	Success	Task executed successfully.	Successful Execution
1	Failed	Execution Failed: <Error Description>.	Generic Error identifying a failed execution.
2	Failed	“Authentication Error: Account cannot be authenticated.“	UDMG: Bad credentials.
3	Failed	“Authorization Error: Account is not authorized to perform the requested action.“	UDMG: Insufficient permissions.
10	Failed	“Connection Error: <<Error Description>>“	UDMG: Bad connection data or connection timed out.
11	Failed	“Connection Error: 404 page not found.“	Invalid UDMG API endpoint.
20	Failed	“Data Validation Error: <<Error Description>>“	Input fields validation error.
100	Failed	Execution failed: At least one file processing failed.	At least one file has failed to be encrypted/decrypted, or signature has failed to be verified according to the given Email.
101	Failed	Execution failed: All file processing failed.	All files have been failed to be encrypted/decrypted.

STDOUT and STDERR

STDOUT of this integration provides verbose logging of the executed GPG command line. STDERR provides additional information to the user, the detail of it is tuned by Log Level Task Definition field.

Backward compatibility is not guaranteed for the content of STDOUT/STDERR and can be changed in future versions without notice

GnuPG - How To

The following sections describe sample scenarios of managing GPG keys with GnuPG cli tool.

Action	GPG Command	Comments	Example Output
Generate GPG Key Pair - default way (RSA Algorithm)	gpg --generate-key	At this step, you will be prompted to input a passphrase for the private key. The public and private keys are generated and stored in binary format.	Generate Keys Expand source (venv) vagrant@ubuntu-bionic:~$ gpg --generate-key gpg (GnuPG) 2.2.4; Copyright (C) 2017 Free Software Foundation, Inc. This is free software: you are free to change and redistribute it. There is NO WARRANTY, to the extent permitted by law. Note: Use "gpg --full-generate-key" for a full featured key generation dialog. GnuPG needs to construct a user ID to identify your key. Real name: ue_gpg Email address: ue_gpg@example.com You selected this USER-ID: "ue_gpg<ue_gpg@example.com>" Change (N)ame, (E)mail, or (O)kay/(Q)uit? O We need to generate a lot of random bytes. It is a good idea to perform some other action (type on the keyboard, move the mouse, utilize the disks) during the prime generation; this gives the random number generator a better chance to gain enough entropy. We need to generate a lot of random bytes. It is a good idea to perform some other action (type on the keyboard, move the mouse, utilize the disks) during the prime generation; this gives the random number generator a better chance to gain enough entropy. gpg: key 6108ADC464ED7963 marked as ultimately trusted gpg: directory '/home/vagrant/.gnupg/openpgp-revocs.d' created gpg: revocation certificate stored as '/home/vagrant/.gnupg/openpgp-revocs.d/CF610B70872C3981A7F890D06108ADC464ED7963.rev' public and secret key created and signed. pub rsa3072 2024-02-06 [SC] [expires: 2026-02-05] CF610B70872C3981A7F890D06108ADC464ED7963 uid ue_gpg<ue_gpg@example.com> sub rsa3072 2024-02-06 [E] [expires: 2026-02-05]
Generate GPG keypair - choose encryption algorithm	gpg --full-generate-key	At this step, you will be prompted to input a passphrase for the private key. Choose a different encryption algorithm, other than the default RSA. In this example, ‘ElGamal’ is chosen.	Generate Keys Expand source venv) vagrant@ubuntu-bionic:~$ gpg --full-generate-key gpg (GnuPG) 2.2.4; Copyright (C) 2017 Free Software Foundation, Inc. This is free software: you are free to change and redistribute it. There is NO WARRANTY, to the extent permitted by law. Please select what kind of key you want: (1) RSA and RSA (default) (2) DSA and Elgamal (3) DSA (sign only) (4) RSA (sign only) Your selection? 2 DSA keys may be between 1024 and 3072 bits long. What keysize do you want? (2048) 1024 Requested keysize is 1024 bits Please specify how long the key should be valid. 0 = key does not expire <n> = key expires in n days <n>w = key expires in n weeks <n>m = key expires in n months <n>y = key expires in n years Key is valid for? (0) 0 Key does not expire at all Is this correct? (y/N) y GnuPG needs to construct a user ID to identify your key. Real name: ue_gpg_elg Email address: ue_gpg_elg@example.com Comment: This key pair uses DSA and ElGamal Algorithm You selected this USER-ID: "ue_gpg_elg(This key pair uses DSA and ElGamal Algorithm) <ue_gpg_elg@example.com>" Change (N)ame, (C)omment, (E)mail or (O)kay/(Q)uit? o We need to generate a lot of random bytes. It is a good idea to perform some other action (type on the keyboard, move the mouse, utilize the disks) during the prime generation; this gives the random number generator a better chance to gain enough entropy. We need to generate a lot of random bytes. It is a good idea to perform some other action (type on the keyboard, move the mouse, utilize the disks) during the prime generation; this gives the random number generator a better chance to gain enough entropy. gpg: key D4471D13493DA3C8 marked as ultimately trusted gpg: revocation certificate stored as '/home/vagrant/.gnupg/openpgp-revocs.d/AFD9027733280F78ED5A74CAD4471D13493DA3C8.rev' public and secret key created and signed. pub dsa1024 2024-02-06 [SC] AFD9027733280F78ED5A74CAD4471D13493DA3C8 uid ue_gpg_elg(This key pair uses DSA and ElGamal Algorithm) <ue_gpg_elg@example.com> sub elg1024 2024-02-06 [E]
Export GPG Public Key to file	gpg --export --armor <uid> > my_secret.pub		Export Public Key Expand source (venv) vagrant@ubuntu-bionic:~$ gpg --export -a ue_gpg > ./ue_gpg_pub.asc (venv) vagrant@ubuntu-bionic:~$ cat ./ue_gpg_pub.asc
Export GPG Private Key to file	gpg --export-secret-keys -a [uid] > my_secret.key	At this point you will be prompted to enter the passphrase you set in the key generation step.	Export Private Key Expand source (venv) vagrant@ubuntu-bionic:~$ gpg --export-secret-keys -a ue_gpg> ./ue_gpg_pkey.asc (venv) vagrant@ubuntu-bionic:~$ cat./ue_gpg_pkey.asc
List Keys	gpg --list-keys	The above command will prompt only the public keys. To get prompted with the private keys, execute the command: gpg --list-secret-keys To list keys under a keystore stored on a different GPG home, than the default one: gpg --homedir <dir> --list-keys To list keys stored on a custom keyring file: gpg --keyring <absolute path to keyring file> --no-default-keyring --list-keys	List Pubic Keys Expand source (venv) vagrant@ubuntu-bionic:~$ gpg --list-keys gpg: checking the trustdb gpg: marginals needed: 3 completes needed: 1 trust model: pgp gpg: depth: 0 valid: 2 signed: 0 trust: 0-, 0q, 0n, 0m, 0f, 2u gpg: next trustdb check due at 2026-02-05 /home/vagrant/.gnupg/pubring.kbx -------------------------------- pub rsa3072 2024-02-06 [SC] [expires: 2026-02-05] CF610B70872C3981A7F890D06108ADC464ED7963 uid [ultimate] ue_gpg<ue_gpg@example.com> sub rsa3072 2024-02-06 [E] [expires: 2026-02-05] pub dsa1024 2024-02-06 [SC] AFD9027733280F78ED5A74CAD4471D13493DA3C8 uid [ultimate] ue_gpg_elg (This key pair uses DSA and ElGamal Algorithm) <ue_gpg_elg@example.com> sub elg1024 2024-02-06 [E]
Import GPG Public Keys	gpg --import <pub key file> [--homedir <>]		Import Public Key Expand source (venv) vagrant@ubuntu-bionic:~$ gpg --import ue_gpg.pub gpg: key FD9C1F2E818BD452: public key "ue_gpg<ue_gpg@example.com>" imported gpg: Total number processed: 1 gpg: imported: 1 (venv) vagrant@ubuntu-bionic:~$
Import GPG Private Keys	gpg --import <pkey file> [--homedir <>]	At this point you will be prompted to enter the key passphrase. Private keys should be carefully imported into a system. In order to use a private key properly, you might need to update its trust method. To do so, execute the interactive command: gpg --trust . Choose the appropriate options as per your needs, and then run gpg --save to save the changes.	Import Private Key Expand source (venv) vagrant@ubuntu-bionic:~$ gpg --import ue_gpg.key gpg: key FD9C1F2E818BD452: "ue_gpg<ue_gpg@example.com>" not changed gpg: key FD9C1F2E818BD452: secret key imported gpg: Total number processed: 1 gpg: unchanged: 1 gpg: secret keys read: 1 gpg: secret keys imported: 1

How To

Import Universal Template

To use the Universal Template, you first must perform the following steps.

This Universal Task requires the Resolvable Credentials feature. Check that the Resolvable Credentials Permitted system property has been set to true.
To import the Universal Template into your Controller, follow these instructions.
When the files have been imported successfully, refresh the Universal Templates list; the Universal Template will appear on the list.

Modifications of this integration, applied by users or customers, before or after import, might affect the supportability of this integration. For more information refer to Integration Modifications.

Configure Universal Task

For a new Universal Task, create a new task, and enter the required input fields.

Integration Modifications

Modifications applied by users or customers, before or after import, might affect the supportability of this integration. The following modifications are discouraged to retain the support level as applied for this integration.

Python code modifications should not be done.
Template Modifications
- General Section
  - "Name", "Extension", "Variable Prefix", and "Icon" should not be changed.
- Universal Template Details Section
  - "Template Type", "Agent Type", "Send Extension Variables", and "Always Cancel on Force Finish" should not be changed.
- Result Processing Defaults Section
  - Success and Failure Exit codes should not be changed.
  - Success and Failure Output processing should not be changed.
- Fields Restriction Section
  The setup of the template does not impose any restrictions. However, concerning the "Exit Code Processing Fields" section.
  1. Success/Failure exit codes need to be respected.
  2. In principle, as STDERR and STDOUT outputs can change in follow-up releases of this integration, they should not be considered as a reliable source for determining the success or failure of a task.

Users and customers are encouraged to report defects, or feature requests at Stonebranch Support Desk.

Document References

This document references the following documents:

Document Link	Description
Universal Templates	User documentation for creating, working with and understanding Universal Templates and Integrations.
Universal Tasks	User documentation for creating Universal Tasks in the Universal Controller user interface.
GnuPG	User documentation of GnuPG command line tool.

Changelog

ue-gnupg-1.0.0 (2024-06-06)

Initial version