Synopsis¶

Methods¶

def __init__()
def addExtension()
def createRequest()
def createSelfSignedCertificate()
def encoding()
def messageDigest()
def setEncoding()
def setMessageDigest()
def setSubject()
def subject()

Note

This documentation may contain snippets that were automatically translated from C++ to Python. We always welcome contributions to the snippet translation. If you see an issue with the translation, you can also let us know by creating a ticket on https:/bugreports.qt.io/projects/PYSIDE

Detailed Description¶

This class is currently available as a Technology Preview, and therefore the API and functionality provided by the class may be subject to change at any time without prior notice.

Before actually creating the singing request data, any extension needed for that specific request has to be added. Current supported extensions are SubjectAlternativeName, BasicConstrains, KeyUsage and ExtendedKeyUsage.

// Generate key
QOpcUaKeyPair key;
key.generateRsaKey(QOpcUaKeyPair::RsaKeyStrength::Bits1024);

QOpcUaX509CertificateSigningRequest csr;

QOpcUaX509DistinguishedName dn;
dn.setEntry(QOpcUaX509DistinguishedName::Type::CommonName, "QtOpcUaViewer");
dn.setEntry(QOpcUaX509DistinguishedName::Type::CountryName, "DE");
dn.setEntry(QOpcUaX509DistinguishedName::Type::LocalityName, "Berlin");
dn.setEntry(QOpcUaX509DistinguishedName::Type::StateOrProvinceName, "Berlin");
dn.setEntry(QOpcUaX509DistinguishedName::Type::OrganizationName, "The Qt Company");
csr.setSubject(dn);

QOpcUaX509ExtensionSubjectAlternativeName *san = new QOpcUaX509ExtensionSubjectAlternativeName;
san->addData(QOpcUaX509ExtensionSubjectAlternativeName::Type::DNS, "foo.com");
san->addData(QOpcUaX509ExtensionSubjectAlternativeName::Type::DNS, "foo.com");
san->addData(QOpcUaX509ExtensionSubjectAlternativeName::Type::URI, "urn:foo.com:The%20Qt%20Company:QtOpcUaViewer");
san->setCritical(true);
csr.addExtension(san);

QOpcUaX509ExtensionBasicConstraints *bc = new QOpcUaX509ExtensionBasicConstraints;
bc->setCa(false);
bc->setCritical(true);
csr.addExtension(bc);

QOpcUaX509ExtensionKeyUsage *ku = new QOpcUaX509ExtensionKeyUsage;
ku->setCritical(true);
ku->setKeyUsage(QOpcUaX509ExtensionKeyUsage::KeyUsage::DigitalSignature);
ku->setKeyUsage(QOpcUaX509ExtensionKeyUsage::KeyUsage::NonRepudiation);
ku->setKeyUsage(QOpcUaX509ExtensionKeyUsage::KeyUsage::KeyEncipherment);
ku->setKeyUsage(QOpcUaX509ExtensionKeyUsage::KeyUsage::DataEncipherment);
ku->setKeyUsage(QOpcUaX509ExtensionKeyUsage::KeyUsage::CertificateSigning);
csr.addExtension(ku);

QOpcUaX509ExtensionExtendedKeyUsage *eku = new QOpcUaX509ExtensionExtendedKeyUsage;
eku->setCritical(true);
eku->setKeyUsage(QOpcUaX509ExtensionExtendedKeyUsage::KeyUsage::EmailProtection);
csr.addExtension(eku);

QByteArray csrData = csr.createRequest(key);

Constant	Description
QOpcUaX509CertificateSigningRequest.Encoding.PEM	Using PEM encoding
QOpcUaX509CertificateSigningRequest.Encoding.DER	Using DER encoding