public void Test_sha256_2048_DER()
{
string pathKey = Path.Combine(path_RSA_sha256_2048, "sha256d_key.pem");
string pathCert = Path.Combine(path_RSA_sha256_2048, "sha256_cert.crt");
PrivateKeyManager key = new PrivateKeyManager();
key.Load(pathKey);
CertificateX509 cert = new CertificateX509();
cert.Load(pathCert);
runTestWithEncoding(key, cert, "SHA256");
}
public void Test_ecdsa_sha256_PEM()
{
string pathKey = Path.Combine(path_ecdsa_sha256, "sha256_key.pem");
string pathCert = Path.Combine(path_ecdsa_sha256, "sha256_cert.pem");
PrivateKeyManager key = new PrivateKeyManager();
key.Load(pathKey);
CertificateX509 cert = new CertificateX509();
cert.Load(pathCert);
runTestWithEncoding(key, cert, "SHA256");
}
public void Test_sha256_1024_PEM()
{
string pathKey = Path.Combine(path_RSA_sha256_1024, "sha256d_key.pem");
string pathCert = Path.Combine(path_RSA_sha256_1024, "sha256_cert.pem");
PrivateKeyManager key = new PrivateKeyManager();
CertificateX509 cert = new CertificateX509();
key.Load(pathKey);
cert.Load(pathCert);
string alg = "RS256";
bulkTest(key, cert, alg);
}
public void Test_sha256_2048_PEM_Encrypted()
{
string pathKey = Path.Combine(path_RSA_sha256_2048, "sha256_key.pem");
string pathCert = Path.Combine(path_RSA_sha256_2048, "sha256_cert.pem");
PrivateKeyManager key = new PrivateKeyManager();
CertificateX509 cert = new CertificateX509();
key.LoadEncrypted(pathKey, password);
cert.Load(pathCert);
string alg = "RS256";
bulkTest(key, cert, alg);
}
public void Test_sha512_2048_DER()
{
string pathKey = Path.Combine(path_RSA_sha512_2048, "sha512d_key.pem");
string pathCert = Path.Combine(path_RSA_sha512_2048, "sha512_cert.crt");
PrivateKeyManager key = new PrivateKeyManager();
CertificateX509 cert = new CertificateX509();
key.Load(pathKey);
cert.Load(pathCert);
string alg = "RS512";
bulkTest(key, cert, alg);
}
public void prime256v1()
{
string pathKey = Path.Combine(ECDSA_path, "prime256v1", "key.pem");
string pathCert = Path.Combine(ECDSA_path, "prime256v1", "cert.pem");
PrivateKeyManager key = new PrivateKeyManager();
CertificateX509 cert = new CertificateX509();
key.Load(pathKey);
cert.Load(pathCert);
string alg = "ES256";
string curve = "prime256v1";
bulkTest_shouldWork(key, cert, alg, curve);
}
public void TestSpaces()
{
key.Load(pathKey);
cert.Load(pathCert);
string encrypted1 = asymCipher.DoEncrypt_WithPrivateKey("SHA1 ", "PCKS1PADDING ", key, plainText);
//System.out.println("Error. Code: " + asymCipher.getErrorCode() + " Desc: " + asymCipher.getErrorDescription());
Assert.IsFalse(asymCipher.HasError());
string decrypted = asymCipher.DoDecrypt_WithPublicKey(" SHA1", " PCKS1PADDING", cert, encrypted1);
Assert.IsFalse(asymCipher.HasError());
Assert.IsTrue(SecurityUtils.compareStrings(plainText, decrypted));
}
public void sect113r1()
{
string pathKey = ECDSA_path + "sect113r1" + "\\key.pem";
string pathCert = ECDSA_path + "sect113r1" + "\\cert.pem";
PrivateKeyManager key = new PrivateKeyManager();
CertificateX509 cert = new CertificateX509();
key.Load(pathKey);
cert.Load(pathCert);
string alg = "ES256";
string curve = "sect113r1";
bulkTest_shouldntWork(key, cert, alg, curve);
}
public virtual void SetUp()
{
cert = new CertificateX509();
cert.Load(BASE_PATH + "dummycerts\\RSA_sha256_1024\\sha256_cert.crt");
key = new PrivateKeyManager();
key.Load(BASE_PATH + "dummycerts\\RSA_sha256_1024\\sha256d_key.pem");
signer = new XmlDSigSigner();
options = new DSigOptions();
options.IdentifierAttribute = "Id";
xmlInput = "<envEvento xmlns=\"http://www.portalfiscal.inf.br/nfe\" versao=\"1.00\"><idLote>1</idLote><evento versao=\"1.00\"><infEvento Id=\"ID2102103521011431017000298855005000016601157405784801\"><cOrgao>91</cOrgao><tpAmb>1</tpAmb><CNPJ>31102046000145</CNPJ><chNFe>35210114310170002988550050000166011574057848</chNFe><dhEvento>2021-01-26T11:12:34-03:00</dhEvento><tpEvento>210210</tpEvento><nSeqEvento>1</nSeqEvento><verEvento>1.00</verEvento><detEvento versao=\"1.00\"><descEvento>Ciencia da Operacao</descEvento></detEvento></infEvento></evento></envEvento>";
xPath = "#ID2102103521011431017000298855005000016601157405784801";
}
public void prime192v2()
{
string pathKey = Path.Combine(ECDSA_path, "prime192v2", "key.pem");
string pathCert = Path.Combine(ECDSA_path, "prime192v2", "cert.pem");
PrivateKeyManager key = new PrivateKeyManager();
CertificateX509 cert = new CertificateX509();
key.Load(pathKey);
cert.Load(pathCert);
string alg = "ES256";
string curve = "prime192v2";
#if NETCORE
bulkTest_shouldntWork(key, cert, alg, curve);
#else
bulkTest_shouldWork(key, cert, alg, curve);
#endif
}
private void bulkTest(string pathCert, string pathKey, string pathSigned, bool ispkcs12, bool encrypted)
{
for (int k = 0; k < arrayKeyInfoType.Length; k++)
{
options.KeyInfoType = arrayKeyInfoType[k];
optionsXPath.KeyInfoType = arrayKeyInfoType[k];
optionsID.KeyInfoType = arrayKeyInfoType[k];
CertificateX509 cert = new CertificateX509();
if (ispkcs12)
{
cert.LoadPKCS12(pathCert, alias, password);
}
else
{
cert.Load(pathCert);
}
PrivateKeyManager key = new PrivateKeyManager();
if (ispkcs12)
{
key.LoadPKCS12(pathKey, alias, password);
}
else
{
key.Load(pathKey);
}
/*if (ispkcs12)
* {
* key.LoadPKCS12(pathKey, alias, password);
* }
* else if(encrypted)
* {
* key.LoadEncrypted(pathKey, password);
* }else
* {
* key.Load(pathKey);
* }*/
bulkTestWithKeyInfo(cert, key, pathSigned);
bulkTestWithKeyInfoXPath(cert, key, pathSigned);
bulkTestWithKeyInfoID(cert, key, pathSigned);
}
}