![]() In theory, this package could have been independent ofĪny cryptographic package, but it would then have to implement its own This package uses the public-key classes from the Pointy CastleĬlasses to represent RSA keys, and implements symmetric encryptionĪlgorithms (which will be needed when support for encrypted private Private keys protected by a passphrase are not supported. Private key support is very experimental at this Methods to make the encode method available on the Pointy Requires Dart 2.7.0 or later, because it uses Dart extension ProcessPrivate(srcEncoding, options.verbose, options.privateKeyOutFormat) ProcessPublic(srcEncoding, options.verbose, options.publicKeyOutFormat) Parse the contents and output the results Ssh_key.PvtKeyEncoding? privateKeyOutFormat įinal srcEncoding = File(options.filename).readAsStringSync() Ssh_key.PubKeyEncoding? publicKeyOutFormat puttyprivatekey PuTTY Private Key (PPK) format x509spki X.509 SubjectPublicKeyInformation (incorrectly called PKCS#8) sshpublickey new OpenSSH public key format (RFC 4716) openssh old OpenSSH public key format (one line) public file contains a public key (default) Stderr.writeln('Error: $outputFormatArg not for a private key') Stderr.writeln('Error: $outputFormatArg not for a public key') Stderr.write('Usage error: too many arguments (-h for help)\n') Stderr.write('Usage error: missing filename (-h for help)\n') Stderr.write('Usage error: unknown option: $arg (-h for help)\n') Stderr.writeln('Error: recognised private key, but not RSA') įinal destEncoding = privateKey.encode(format) Void processPublic(String str, bool verbose, ssh_key.PubKeyEncoding? format) Import 'package:ssh_key/ssh_key.dart' as ssh_key String, using the encode method on the key. It also shows the encoding of a public key and private key into a This example shows the decoding of a String into either a publc key orĪ private key, using publicKeyDecode and privateKeyDecode Perform cryptographic operations with the public key. Therefore, the library can be used to store these public key, and to Library is not able to extract the ed25519 parameters from those Where the data is only available as a sequence of bytes. These public keys can be parsed into a GenericPublicKey object, Only RSA public keys are fully parsed into the values But the information in them are treated asīinary data. Generic OpenSSH Public Keys formatĪny public keys in the OpenSSH Public Key format (the single-lineįormat) are also supported. RSA public keys can be parsed from, and encoded to, any of the above formats. The RSA public-key algorithm is fully supported. Incorrectly refers to this as "PKCS #8" the real PKCS #8 is aĮxamples of these can be found at the end of this page. Textual encoding of subjectPublicKeyInfo from X.509 (OpenSSH Textual encoding of PKCS #1 (OpenSSH calls this "PEM", which is SSH Public Key (defined by RFC 4716 and used by newer versions of OpenSSH Public Key (single-line format used by older versions of (often proprietary) file formats to store their keys. Consequently, different implementations have used different The storage of keys was an implementation detail that was left While the SSH wire-protocol is standardized, SSH implementations use a number of different file formats to There is no fundamental reason why other key file formats can't be But some of these formats are also used by other programs and The primary focus is on the file formats used by implementations of This package allows public keys and private keys to be decoded fromĭifferent text file formats. Encodes and decodes keys to/from different text file formats. ![]()
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