Функция "Зашифровать файл для сервиса ФСС"


Наименование функции - api-fss.FSSSignedXml.EncryptXmlElement


Назначение функции - вставка в файл открытого ключа сертификата страхователя (будет использован для шифрования ответного сообщения на стороне ФСС), шифрование файла открытым ключом сертификата ФСС.


При успешном выполнении создается зашифрованный файл с заданным именем.
Иначе - возвращается строка "Ошибка. " + Exception.Message.


Параметры функции:

  • filein - имя входного файла
  • fileout - имя выходного (зашифрованного) файла
  • certificateToEncrypt - сертификат ФСС
  • certificateToDecrypt - сертификат страхователя

Пример вызова функции:

string filein = "D:\\temp\\FSS\\files\\test1.xml";
string fileout = "D:\\temp\\FSS\\files\\test2.xml";
X509Certificate2 certificateToEncrypt = x509FSS;
X509Certificate2 certificateToDecrypt = x509client;
api-fss.FSSSignedXml.EncryptXmlElement( filein, fileout, certificateToEncrypt, certificateToDecrypt);


Пример xml-файла:

<EncryptedData xmlns="http://www.w3.org/2001/04/xmlenc#" Type="http://www.w3.org/2001/04/xmlenc#Content"> <EncryptionMethod Algorithm="urn:ietf:params:xml:ns:cpxmlsec:algorithms:gost28147" /> <KeyInfo xmlns="http://www.w3.org/2000/09/xmldsig#"> <EncryptedKey xmlns="http://www.w3.org/2001/04/xmlenc#"> <EncryptionMethod Algorithm="urn:ietf:params:xml:ns:cpxmlsec:algorithms:transport-gost2001" /> <KeyInfo xmlns="http://www.w3.org/2000/09/xmldsig#"> <X509Data> <X509Certificate>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</X509Certificate> </X509Data> </KeyInfo> <CipherData> <CipherValue>MIGpMCgEIAnfUAYDZjv4eoF+1fWVJmmDODeftrphy8F/0i1veEXVBAQTXQVnoH0GCSqFAwcBAgUBAaBmMB8GCCqFAwcBAQEBMBMGByqFAwICJAAGCCqFAwcBAQICA0MABEBmgbxTvhSIUSi1wfTKsvwmNEnezCxyywZuRTZJXRmPUB3lbQzg7s/giNIsqWu+Fru5vfTqxL2sptcnBZVFCtEyBAglPsweaY1mVg==</CipherValue> </CipherData> </EncryptedKey> </KeyInfo> <CipherData> <CipherValue>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</CipherValue> 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