using namespace std;
Decrypter::Decrypter(const CredentialResolver* credResolver, CredentialCriteria* criteria, const EncryptedKeyResolver* EKResolver)
- : m_cipher(NULL), m_credResolver(credResolver), m_criteria(criteria), m_EKResolver(EKResolver)
+ : m_cipher(nullptr), m_credResolver(credResolver), m_criteria(criteria), m_EKResolver(EKResolver)
{
}
DOMDocumentFragment* Decrypter::decryptData(const EncryptedData& encryptedData, XSECCryptoKey* key)
{
- if (encryptedData.getDOM()==NULL)
+ if (encryptedData.getDOM()==nullptr)
throw DecryptionException("The object must be marshalled before decryption.");
// We can reuse the cipher object if the document hasn't changed.
if (m_cipher && m_cipher->getDocument()!=encryptedData.getDOM()->getOwnerDocument()) {
XMLToolingInternalConfig::getInternalConfig().m_xsecProvider->releaseCipher(m_cipher);
- m_cipher=NULL;
+ m_cipher=nullptr;
}
if (!m_cipher)
// We need to find an encrypted decryption key somewhere. We'll need the underlying algorithm...
const XMLCh* algorithm=
- encryptedData.getEncryptionMethod() ? encryptedData.getEncryptionMethod()->getAlgorithm() : NULL;
+ encryptedData.getEncryptionMethod() ? encryptedData.getEncryptionMethod()->getAlgorithm() : nullptr;
if (!algorithm)
throw DecryptionException("No EncryptionMethod/@Algorithm set, key decryption cannot proceed.");
// Check for external resolver.
- const EncryptedKey* encKey=NULL;
+ const EncryptedKey* encKey=nullptr;
if (m_EKResolver)
encKey = m_EKResolver->resolveKey(encryptedData, recipient);
else {
void Decrypter::decryptData(ostream& out, const EncryptedData& encryptedData, XSECCryptoKey* key)
{
- if (encryptedData.getDOM()==NULL)
+ if (encryptedData.getDOM()==nullptr)
throw DecryptionException("The object must be marshalled before decryption.");
// We can reuse the cipher object if the document hasn't changed.
if (m_cipher && m_cipher->getDocument()!=encryptedData.getDOM()->getOwnerDocument()) {
XMLToolingInternalConfig::getInternalConfig().m_xsecProvider->releaseCipher(m_cipher);
- m_cipher=NULL;
+ m_cipher=nullptr;
}
if (!m_cipher)
// We need to find an encrypted decryption key somewhere. We'll need the underlying algorithm...
const XMLCh* algorithm=
- encryptedData.getEncryptionMethod() ? encryptedData.getEncryptionMethod()->getAlgorithm() : NULL;
+ encryptedData.getEncryptionMethod() ? encryptedData.getEncryptionMethod()->getAlgorithm() : nullptr;
if (!algorithm)
throw DecryptionException("No EncryptionMethod/@Algorithm set, key decryption cannot proceed.");
// Check for external resolver.
- const EncryptedKey* encKey=NULL;
+ const EncryptedKey* encKey=nullptr;
if (m_EKResolver)
encKey = m_EKResolver->resolveKey(encryptedData, recipient);
else {
if (!m_credResolver)
throw DecryptionException("No CredentialResolver supplied to provide decryption keys.");
- if (encryptedKey.getDOM()==NULL)
+ if (encryptedKey.getDOM()==nullptr)
throw DecryptionException("The object must be marshalled before decryption.");
XSECAlgorithmHandler* handler;
if (m_cipher && m_cipher->getDocument()!=encryptedKey.getDOM()->getOwnerDocument()) {
XMLToolingInternalConfig::getInternalConfig().m_xsecProvider->releaseCipher(m_cipher);
- m_cipher=NULL;
+ m_cipher=nullptr;
}
if (!m_cipher)