Begin pgp public key block

Author: m | 2025-04-24

-BEGIN PGP PUBLIC KEY BLOCK-BEGIN PGP PUBLIC KEY BLOCK-mDMEZgx0fBYJKwYBBAHaRw8BAQdAv8SlPxaZAT7rf579GcWyQo8zPoaMSnqKvC

BEGIN PGP PUBLIC KEY BLOCK

Only you can read, or for 2FA purposes. The next task therefore is to export the public key so you can start sharing it.In the certificates screen of Kleopatra (the default screen when you open the application), right click on the name of the key you just created and you will be presented with the following options:Select 'Export' then when prompted, save the file to your preferred location (you can rename it if you wish). By default the file type should be shown as 'OpenPGP Certificates'. This file can be opened up in a text editor such as Notepad or Leafpad and should look something like this:A public PGP will always begin with:-----BEGIN PGP PUBLIC KEY BLOCK-----and end with:-----END PGP PUBLIC KEY BLOCK-----If you need to make a backup of your private key to import to a different software application or another system, this can be done by selecting 'Backup Secret Keys' instead of export. These will look very similar to public keys but will start and end with the word 'PRIVATE' instead of 'PUBLIC'.Importing someone else's public key and encrypting a messageSo you want to send someone else an encrypted message? It's actually pretty simple. This is what you'd need to do when sending a vendor your name and address for a delivery. First find their public PGP key and copy it. Then go to Tools > Clipboard > Certificate Import.If prompted whether you wish to certify, you can just select no (it's really not necessary). Their public key This guide will show you how you can configure your development setup to automatically sign git commits using GPG and link your GPG key with GitHub.PrerequisitesMake sure you follow the Prerequisites, How To Contribute (microsoft/vscode) guide.Install ToolsWindows 10Install Gpg4win and make sure Git uses that GPG version:git config --global gpg.program "C:\Program Files (x86)\GnuPG\bin\gpg.exe"macOS Big SurInstall the necessary tools and configure GPG:> ~/.gnupg/gpg-agent.confecho "use-agent" >> ~/.gnupg/gpg.confecho 'export GPG_TTY=$(tty)' >> ~/.bash_profile # replace with ~/.zprofile if using ZSH">brew install gpg2 gnupg pinentry-macmkdir -p ~/.gnupgecho "pinentry-program $(brew --prefix)/bin/pinentry-mac" >> ~/.gnupg/gpg-agent.confecho "use-agent" >> ~/.gnupg/gpg.confecho 'export GPG_TTY=$(tty)' >> ~/.bash_profile # replace with ~/.zprofile if using ZSHRestart your machine. Yes, really.Create Signing KeyThere are two options: generate or copy an existing key.Generate KeyWindows: make sure you're using a Command Prompt or PowerShell instead of the Git Bash shell. Make sure the right GPG is being used: where gpgC:\Program Files (x86)\GnuPG\bin\gpg.exe">C:\Users\User> where gpgC:\Program Files (x86)\GnuPG\bin\gpg.exeRun:With the following options:Kind of key: RSA and RSA (default)Keysize: 4096Expiration: 0 (does not expire)Real Name: use your real nameEmail address: use your Microsoft email addressComment: Key for signing commits for MicrosoftPassphrase: Pick a long, secure passphrase, which you'll easily remember.In the following example, DF536B632D7967F9 is the key ID:ssb rsa4096/41FC60C87D442095 2021-04-07 [E]">$ gpg --list-secret-keys --keyid-format LONGgpg: checking the trustdbgpg: marginals needed: 3 completes needed: 1 trust model: pgpgpg: depth: 0 valid: 1 signed: 0 trust: 0-, 0q, 0n, 0m, 0f, 1u/home/joao/.gnupg/pubring.kbx-----------------------------sec rsa4096/DF536B632D7967F9 2021-04-07 [SC] 1D0FC7C0350BB570143C934FDF536B632D7967F9uid [ultimate] Joao Moreno (Key for signing commits for Microsoft) [email protected]>ssb rsa4096/41FC60C87D442095 2021-04-07 [E]You can use your key ID to get your public key:$ gpg --armor --export DF536B632D7967F9-----BEGIN PGP PUBLIC KEY BLOCK-----...-----END PGP PUBLIC KEY BLOCK-----Copy KeyAlternatively, you can export a existing key from another machine, by replacing KEYID with your key ID: my-key.asc">gpg --export-secret-keys -a KEYID > my-key.ascThen, copy it into your machine and import it:Finally, set its

BEGIN PGP PUBLIC KEY BLOCK - Geany

New PGP(encryptionKeys);await pgp.ClearSignAsync(inputFile, signedFile);Clear Sign Stream// Load keysEncryptionKeys encryptionKeys;using (Stream privateKeyStream = new FileStream(@"C:\TEMP\Keys\private.asc", FileMode.Open)) encryptionKeys = new EncryptionKeys(privateKeyStream, "password");PGP pgp = new PGP(encryptionKeys);// Reference input/output filesusing (FileStream inputFileStream = new FileStream(@"C:\TEMP\Content\content.txt", FileMode.Open))using (Stream outputFileStream = File.Create(@"C:\TEMP\Content\signed.pgp")) // Sign await pgp.ClearSignAsync(inputFileStream, outputFileStream);Clear Sign String// Load keysstring privateKey = File.ReadAllText(@"C:\TEMP\Keys\private.asc");EncryptionKeys encryptionKeys = new EncryptionKeys(privateKey, "password");PGP pgp = new PGP(encryptionKeys);// Signstring signedContent = await pgp.ClearSignAsync("String to sign");Encrypt and SignEncrypt the provided file, stream or string using a public key and sign using your private key. You usually encrypt with the public key of your counterparty so they can decrypt with their private key and sign with your private key so they can verify with your public key.Although this method is called EncryptAndSign the signature will actually be included within the encrypted message rather than being appended to the encrypted message. This ensures that the original message was composed by the holder of the private key.gpg --encrypt --sign --recipient 'some user ID value' "C:\TEMP\keys\content.txt"Encrypt File And Sign// Load keysFileInfo publicKey = new FileInfo(@"C:\TEMP\Keys\public.asc");FileInfo privateKey = new FileInfo(@"C:\TEMP\Keys\private.asc");EncryptionKeys encryptionKeys = new EncryptionKeys(publicKey, privateKey, "password");// Reference input/output filesFileInfo inputFile = new FileInfo(@"C:\TEMP\Content\content.txt");FileInfo encryptedSignedFile = new FileInfo(@"C:\TEMP\Content\encryptedSigned.pgp");// Encrypt and SignPGP pgp = new PGP(encryptionKeys);await pgp.EncryptAndSignAsync(inputFile, encryptedSignedFile);Encrypt Stream And Sign// Load keysEncryptionKeys encryptionKeys;using (Stream publicKeyStream = new FileStream(@"C:\TEMP\Keys\public.asc", FileMode.Open))using (Stream privateKeyStream = new FileStream(@"C:\TEMP\Keys\private.asc", FileMode.Open)) encryptionKeys = new EncryptionKeys(publicKeyStream, privateKeyStream, "password");PGP pgp = new PGP(encryptionKeys);// Reference input/output filesusing (FileStream inputFileStream = new FileStream(@"C:\TEMP\Content\content.txt", FileMode.Open))using (Stream outputFileStream = File.Create(@"C:\TEMP\Content\signed.pgp")) // Encrypt and Sign await pgp.EncryptAndSignAsync(inputFileStream, outputFileStream);Encrypt String And. -BEGIN PGP PUBLIC KEY BLOCK-BEGIN PGP PUBLIC KEY BLOCK-mDMEZgx0fBYJKwYBBAHaRw8BAQdAv8SlPxaZAT7rf579GcWyQo8zPoaMSnqKvC

BEGIN PGP PUBLIC KEY BLOCK - repo.avcdn.net

Robo-FTP 3.10 | 3.10 Configurator) and click the 'PGP Keys' tab. Click the 'Import Key' button. Browse to the folder where your exported PGP key file is located. Select the file and click 'OK'. Your key should now be imported and ready to use.Importing a Public KeyIf you wish to encrypt files so that the recipient (and only the recipient) can decrypt them, you must first import the recipient'spublic key. The recipient must export his public key and give you access to this file (most often as an e-mail attachment). Launch the Robo-FTP Configurator (Start | All Programs | Robo-FTP 3.10 | 3.10 Configurator) and click the 'PGP Keys' tab. Click the 'Import Key' button. Browse to the folder where the public key file is located. Select the file and click 'OK'. The key should now be imported and ready to use.Exporting a Public KeyIf you wish to have others encrypt files so that you (and only you) can read them, you must export your public key. You will givethis public key (often as an e-mail attachment) to anybody who needs to encrypt files for you to receive. Launch the Robo-FTP Configurator (Start | All Programs | Robo-FTP 3.10 | 3.10 Configurator) and click the 'PGP Keys' tab. Select the Key that you would like to export by clicking on it in the list of keys. Click the 'Export...' button. Select the location of the file to be exported. Select 'OK'. The public key is now exported to a file We are going to walk through Yubico’s PGP support for signing and encryption, and explain how the PGP interaction works, step by step. Server and client registration and authentication ceremonies are incorporated through the backend in the key handling processes.TipThis walk-through is designed for people who prefer to learn by doing. If you prefer learning concepts from the ground up, check out our PGP developers guide. You might find this walk-through and the guide are complementary to each other.The walk-through is divided into several sections:Overview teaches you the fundamentals of PGPSetup provides a starting point for you to follow the walk-throughConfigure YubiKey explains the OpenPGP requirements and parametersLoading Keys explains the steps to generate or import encryption master keys and subkeysUpload your Public Key to a Key server explains the steps to ensure your email recipients can decrypt your encrypted email.OverviewConfigure the YubiKey with PGP (Pretty Good Privacy) to encrypt and sign your data and communications. PGP is based on the open standard OpenPGP. PGP is used in Gnu and Linux environments for email encryption. It also provides a toolbox to handle many common cryptographic operations.For OpenPGP reference, see OpenPGP and for the download site, see GnuPG.Gnu Privacy Guard (GPG) is the tool to use with OpenPGP standard. It is designed and used for personal data privacy, not necessarily for building into a larger framework. Use the set-up here to load your personal PGP keys (public and private key pair) onto YubiKeys.In this context, the YubiKey is acting similar to a smart card. It holds the PGP authentication, signing, and encryption keys. It provides a framework for loading the YubiKey.YubiKey featuresIt is a USB device that is both a smart card and a smart card reader; there is no extra hardware needed beyond the YubiKey.It stores the private and public

BEGIN PGP PUBLIC KEY BLOCK- mQINBGE3mOsBEACsU

PGP BasicsTo effectively use PGP encryption and decryption with Robo-FTP, you must first have a basic understanding of how PGP works in general. This quickintro should be enough to get you started, but it is recommended that you look to the many excellent resources available on the web for a more in-depth explanation.PGP (short for Pretty Good Privacy), created by Philip Zimmermann, has become a widely used method for sharing information in a secure way. When you encrypt a filewith PGP and send it over the internet, you can be reasonably confident that: Only the intended recipient can read the contents of the file The file has not been modified in any way since being encrypted The sender is really who he says he isThis is all achieved using a scheme commonly referred to as "public key encryption." To have somebody encrypt files in such a way that only you can decrypt them, you mustfirst create a key pair. This key pair is made up of a public key and a private key. You keep the private key to yourself -- nobody else should ever have access to this. You distributeyour public key to anybody you would like to be able to encrypt files for you to read.Let's say that you need to encrypt a file and upload it to a bank's FTP server. The bank needs to first give you their public key. You can then encrypt the file with thispublic key. The encrypted file can only be decrypted

BEGIN PGP PUBLIC KEY BLOCK- mQGNBGTnhmkBDADUE

Signed by the matching private key of the counterparty. This is an overload of the VerifyClear method that takes an additional output argument.Verify And Read Clear File// Load keysFileInfo publicKey = new FileInfo(@"C:\TEMP\Keys\public.asc");EncryptionKeys encryptionKeys = new EncryptionKeys(publicKey);// Reference inputFileInfo inputFile = new FileInfo(@"C:\TEMP\Content\signedContent.pgp");FileInfo outputFile = new FileInfo(@"C:\TEMP\Content\decryptedContent.txt");// Verify and readPGP pgp = new PGP(encryptionKeys);bool verified = await pgp.VerifyClearAsync(inputFile, outputFile);Verify And Read Clear Stream// Load keysEncryptionKeys encryptionKeys;using (Stream publicKeyStream = new FileStream(@"C:\TEMP\Keys\public.asc", FileMode.Open)) encryptionKeys = new EncryptionKeys(publicKeyStream);PGP pgp = new PGP(encryptionKeys);// Reference input filebool verified;using (FileStream inputFileStream = new FileStream(@"C:\TEMP\Content\encryptedContent.pgp", FileMode.Open))using (FileStream outputFileStream = new FileStream(@"C:\TEMP\Content\decryptedContent.pgp", FileMode.Open)) // Verify and read verified = await pgp.VerifyClearAsync(inputFileStream);Verify And Read Clear String// Load keysstring publicKey = File.ReadAllText(@"C:\TEMP\Keys\public.asc");EncryptionKeys encryptionKeys = new EncryptionKeys(publicKey);PGP pgp = new PGP(encryptionKeys);// Verify and readstring output = string.Empty;bool verified = await pgp.VerifyClearAsync("String to verify", output);Decrypt and VerifyDecrypt and then verify the provided encrypted and signed file, stream or string. Usually your counterparty will encrypt with your public key and sign with their private key so you can decrypt with your private key and verify with their public key.The DecryptAndVerify methods will only work with files that have been encrypted and signed using the EncryptAndSign methods. This is because the signature is included within the encrypted message rather than being appended to the encrypted message. If a file is first encrypted using an Encrypt method and then signed using a Sign method then the signature will be appended to the encrypted message rather than embedded within it and the DecryptAndVerify methods will. -BEGIN PGP PUBLIC KEY BLOCK-BEGIN PGP PUBLIC KEY BLOCK-mDMEZgx0fBYJKwYBBAHaRw8BAQdAv8SlPxaZAT7rf579GcWyQo8zPoaMSnqKvC

BEGIN PGP PUBLIC KEY BLOCK- TXOne

This Article describes how to encrypt files and folders with PGP Encryption Desktop for Windows.PGP Encryption Desktop uses the PGP Zip program to encrypt files and folders. There are two methods with which the PGP Zip program can be accessed:First, PGP Zip may be accessed from within the PGP Encryption Desktop program by selecting the PGP Zip portion of the Control Box.Second, the PGP Zip program can be accessed by right clicking on the desired file/folder in Windows Explorer and selecting PGP Encryption Desktop from the context menu. When a file or folder is encrypted using PGP Zip, a .pgp extension is appended to the file. The newly encrypted file will appear displaying an icon with a PGP and a lock.Using PGP Zip within PGP Encryption Desktop (Encrypting files and folders)Follow the instructions in this section to create, open, or edit a PGP Zip file.Create a PGP Zip fileIf you would like to encrypt a particular file, this option will work well.To encrypt a new file using PGP Zip, perform the following steps.Open PGP Encryption Desktop (Click the padlock icon on the bottom-right corner in the system tray).Locate the PGP Zip in the Control box in the left pane of the PGP Encryption Desktop main screen.Click New PGP Zip. (An additional icon will also be available below the file menu in the main screen.A PGP Zip Assistant will start to provide an intuitive guide for file encryption. All the files or folders may be added simply by dragging and dropping the files to the window or adding files by selecting the available icons below the window. (After encryption, the option to shred the original files is also available.)After the files are added, select Next.Select how the file will be encrypted and select NextImportant Note: There are multiple methods to encrypt. The most popular method, and the one that Symantec recommends is using a PGP Public Key to encrypt. When you use a PGP Public Key, then only the intended recipient can decrypt the file).When encrypting to Recipient Keys (PGP Keys), an Add User Keys dialogue box will display to allow