public string TransformToNewFile(string sourceFilePath)
{
string outputPath = $"{sourceFilePath}.{EncryptedExtensions}";
PgpEncryptor.EncryptFile(sourceFilePath, outputPath, _publicKey);
return(outputPath);
}
public void TestBytesAndStreams()
{
var fi = new FileInfo(@"testfiles\dataFeb-8-2016_40M-pipe.csv");
var fiOut = new FileInfo(fi.FullName + ".gpg");
var fiDecrypted = new FileInfo(@"testfiles\dataFeb-8-2016_40M-pipe-decrypted.csv");
var fiPublicKey = new FileInfo(@"testfiles\dummy2.asc");
var fiPrivateKey = new FileInfo(@"testfiles\dummyprivate2.asc");
var privateKeyPassPhrase = "hello world!";
// encrypt
using (Stream publicKeyStream = File.OpenRead(fiPublicKey.FullName))
{
var bytes = File.ReadAllBytes(fi.FullName);
var output = PgpEncryptor.EncryptAes256(bytes, fi.Name, publicKeyStream, withIntegrityCheck: true, armor: false, compress: true);
File.WriteAllBytes(fiOut.FullName, output.ToArray());
}
// decrypt
using (Stream privateKeyStream = File.OpenRead(fiPrivateKey.FullName))
{
using (Stream encryptedDataStream = File.OpenRead(fiOut.FullName))
{
var output = PgpEncryptor.DecryptPgpData(encryptedDataStream, privateKeyStream, privateKeyPassPhrase);
using (var fileStream = File.Create(fiDecrypted.FullName))
{
output.CopyTo(fileStream);
}
}
}
}
public void Can_encrypt_file()
{
using (var files = new TempFileCollection())
{
string inputFilePath = files.AddFile();
string outputFilePath = files.AddFile();
WriteAllText(inputFilePath, "Hello Encryption");
PgpEncryptor.EncryptFile(inputFilePath, outputFilePath, TestKeys.PublicKey);
outputFilePath.Should().BeExistingFilePath();
}
}
public void TestBytesAndStreamsCmre()
{
var fi = new FileInfo(@"testfiles\test-encryption-file.txt");
var fiOut = new FileInfo(fi.FullName + ".gpg");
var fiPublicKey = new FileInfo(@"\\vmware-host\Shared Folders\FileStore\JFM Concepts\Clients\RevSource\Data\CMRE Data\cmre.asc");
// encrypt
using (Stream publicKeyStream = File.OpenRead(fiPublicKey.FullName))
{
var bytes = File.ReadAllBytes(fi.FullName);
var output = PgpEncryptor.EncryptAes256(bytes, fi.Name, publicKeyStream, withIntegrityCheck: true, armor: false, compress: true);
File.WriteAllBytes(fiOut.FullName, output.ToArray());
}
}
public void Can_decrypt_file()
{
using (var files = new TempFileCollection())
{
string inputFilePath = files.AddFile();
string encryptedFilePath = files.AddFile();
string decryptedFilePath = files.AddFile();
string content = $"Hello Decryption {Guid.NewGuid()}";
WriteAllText(inputFilePath, content);
PgpEncryptor.EncryptFile(inputFilePath, encryptedFilePath, TestKeys.PublicKey);
using (FileStream encryptedStream = OpenRead(encryptedFilePath))
using (FileStream privateKeyStream = OpenRead(TestKeys.PrivateKeyPath))
{
PgpDecryptor.Decrypt(encryptedStream, privateKeyStream, TestKeys.Password, decryptedFilePath);
}
decryptedFilePath.Should().BePathToFileWithContent(content);
}
}
public void TestFiles()
{
var fi = new FileInfo(@"testfiles\dataFeb-8-2016_40M-pipe.csv");
var fiOut = new FileInfo(fi.FullName + ".gpg");
var fiDecrypted = new FileInfo(@"testfiles\dataFeb-8-2016_40M-pipe-decrypted.csv");
var fiPublicKey = new FileInfo(@"testfiles\dummy2.asc");
var fiPrivateKey = new FileInfo(@"testfiles\dummyprivate2.asc");
var privateKeyPassPhrase = "hello world!";
// encrypt
using (Stream publicKeyStream = File.OpenRead(fiPublicKey.FullName))
{
PgpEncryptor.EncryptAes256(fi.FullName, fiOut.FullName, publicKeyStream, withIntegrityCheck: true, armor: false, compress: true, overwrite: true);
}
using (Stream privateKeyStream = File.OpenRead(fiPrivateKey.FullName))
{
PgpEncryptor.DecryptPgpData(fiOut.FullName, fiDecrypted.FullName, privateKeyStream, privateKeyPassPhrase, true);
}
}
