public void __init() { testConfig = new SimpleAesEncryptionConfiguration(); testConfig.EncryptionKey = new EncryptionKeyConfigurationElement(256, "3q2+796tvu/erb7v3q2+796tvu/erb7v3q2+796tvu8="); _target = new RijndaelMessageDecryptor(testConfig); }
public void ParameterlessConstructor_ConfigRetrievedFromConfigFile_ConfigCanBeAccessed() { var target = new RijndaelMessageDecryptor(); Assert.IsNotNull(target.Configuration); Assert.AreEqual("TestKey", target.Configuration.EncryptionKey.Key); // NB: retrieved from the App.config file }
/// <summary> /// Decrypts the log. /// </summary> /// <param name="options">The options to use for decrypting the log.</param> public void DecryptLog(LogDecryptOptions options) { options.OutputPath = GenerateOutputPath(options); var encryptionConfiguration = GenerateEncryptionConfiguration(options); var decryptor = new RijndaelMessageDecryptor(encryptionConfiguration); using (var outputStream = new StreamWriter(options.OutputPath, true)) { var lines = FileHelper.ReadLines(options.InputPath); foreach (string line in lines) { if (line.Contains(RijndaelMessageHandler.CYPHER_TEXT_IV_SEPERATOR)) { // Split the line by spaces, tabs var tokens = line.Split(new[] { " ", "\t", ">", "<" }, StringSplitOptions.RemoveEmptyEntries); var decryptionTargets = tokens.Where(x => x.Contains(RijndaelMessageHandler.CYPHER_TEXT_IV_SEPERATOR)); var decryptionPairs = decryptionTargets.Select(x => new Tuple <string, string>(x, decryptor.Decrypt(x))); // Replace any encrypted strings in the line and then output it to the file var output = decryptionPairs.Aggregate(line, (current, pair) => current.Replace(pair.Item1, pair.Item2)); outputStream.WriteLine(output); } else { // Output the unmodified line outputStream.WriteLine(line); } } } }
public void ConstructorWithConfig_ConfigStoredInCorrectProperty_ConfigCanBeAccessed() { var localTestConfig = new SimpleAesEncryptionConfiguration(); localTestConfig.EncryptionKey = new EncryptionKeyConfigurationElement(256, "3q2+796tvu/erb7v3q2+796tvu/erb7v3q2+796tvu8="); var target = new RijndaelMessageDecryptor(localTestConfig); Assert.AreSame(localTestConfig, target.Configuration); }
static void Main(string[] args) { var input = "Hello World!"; if (args.Length > 0) { input = args[0]; } var encryptor = new RijndaelMessageEncryptor(); var cyphertext = encryptor.Encrypt(input); var decryptor = new RijndaelMessageDecryptor(); var plaintext = decryptor.Decrypt(cyphertext); Console.WriteLine("Input:" + input); Console.WriteLine("Cyphertext:" + cyphertext); Console.WriteLine("Plaintext:" + plaintext); Console.WriteLine(); Console.WriteLine("Please press any key to exit."); Console.ReadKey(); }
/// <summary> /// /// </summary> /// <param name="listConfig"></param> /// <param name="dte"></param> /// <param name="dtagrid"></param> public List<String> getListData(ListConfig listConfig, DateTime dte, DataGridView dtagrid, String EmailMgetFileName, Boolean sendTestEmails) { SP.List oList = _context.Web.Lists.GetByTitle(listConfig._SharePointSListName); List<String> sentRecipients = new List<string>(); CamlQuery camlQuery = new CamlQuery(); Boolean canceled = false; if (dtagrid != null) {// get all all data for testing camlQuery.ViewXml = "<View><Query><Where><Geq>" + "<FieldRef Name='ID'/>" + "<Value Type='Number'>0</Value></Geq></Where></Query><RowLimit>100</RowLimit></View>"; } else { camlQuery.ViewXml = "<View><Query><Where><And>"; foreach (String af in listConfig._ActiveFields) camlQuery.ViewXml += "<Eq><FieldRef Name='" + af + "'/><Value Type='Bool'>True</Value></Eq>"; camlQuery.ViewXml += "</And></Where></Query></View>"; } if (listConfig._CAMLQUery != null && !listConfig._CAMLQUery.Equals(""))// over ride the query if user types it. camlQuery.ViewXml = "<View><Query><Where>" + listConfig._CAMLQUery + "</Where></Query></View>"; ListItemCollection collListItem = oList.GetItems(camlQuery); try { _context.Load(collListItem); } catch (Exception ex) { String Msg = @"[CAML Query " + camlQuery.ViewXml + " Failed:" + ex.Message + "]"; if (dtagrid != null) MessageBox.Show(ex.Message, "Error in CAML"); else throw new Exception(Msg, ex); } int activeFieldsCount = 0; // if (dtagrid != null) // { activeFieldsCount = setUpDataGrid(listConfig, dtagrid); // } List siteAppList = _context.Web.Lists.GetByTitle(listConfig._SharePointSListName); // This creates a CamlQuery that has a RowLimit of 100, and also specifies Scope="RecursiveAll" // so that it grabs all list items, regardless of the folder they are in. try { _context.ExecuteQuery(); } catch (Exception ex) { String Msg = @"[CAML Query " + camlQuery.ViewXml + " Failed:" + ex.Message + "]"; if (dtagrid != null) MessageBox.Show(ex.Message, "Error in CAML"); else throw new Exception(Msg, ex); } int Frequency = 7; String FrequencyDBValue = ""; String[] activeFlags = new string[activeFieldsCount]; Object[] objRow = new Object[activeFieldsCount]; int emailDiagCount = 0; foreach (ListItem listItem in collListItem) { Dictionary<String, String> secondaryValues = getSecondaryListData(listConfig._secondaryListName, listItem[listConfig._joinFeeld]); // Dictionary<String, String> secondaryValues = getSecondaryListData("Requests", listItem["RequestID"]); String emailAddress = "unknown"; String emailName = "unknown"; Object obj = listItem[listConfig._UserField]; // go thru and figure out if the data is null.. then we have to either default things and run.. // or bail... architecureal decision if (listItem[listConfig._UserField] == null || listItem[listConfig._UserField].ToString().Length < 1) continue;// no data to process int activeCount = 0; foreach (String af in listConfig._ActiveFields) { if (listItem[af] == null) activeFlags[activeCount++] = "False"; else activeFlags[activeCount++] = listItem[af].ToString(); } foreach (String af in listConfig._secondaryFields) { activeFlags[activeCount++] = secondaryValues[af].ToString(); } if (listItem[listConfig._FrequencyField] == null) Frequency = 7; else { try { SPFieldMultiChoiceValue choices = new SPFieldMultiChoiceValue(listItem[listConfig._FrequencyField].ToString()); if (choices.Count >= 1) { Frequency = Int32.Parse(listConfig._FrequecncyItems[choices[0]]); } FrequencyDBValue = choices[0]; } catch (Exception ex) { Frequency = 7; } } String dteField = listConfig._DateField;// "Created"; if (listItem[listConfig._UserField] != null && listItem[listConfig._UserField].ToString().Length > 0) { FieldUserValue UserName = (FieldUserValue)listItem[listConfig._UserField]; emailName = UserName.LookupValue; emailAddress = getUserEmail(UserName); } String send = "Yes"; Int32 interval = -1; if (dteField != null && listItem[dteField] != null) interval = (DateTime.Parse(dte.ToString("d")) - DateTime.Parse(DateTime.Parse(listItem[dteField].ToString()).ToString("d"))).Days;// add one to make it inclusive of the day it ran on. else { String Msg = @"[Date field is NULL]"; if (dtagrid != null) MessageBox.Show(Msg, "Error in Processing interval"); else throw new Exception(Msg); } if (interval <= 0 || (interval % Frequency) != 0) send = "No"; int gridRowCount = 0; for (gridRowCount = 0; gridRowCount < activeCount; gridRowCount++) { if (activeFlags[gridRowCount] == "False") send = "No"; } // We have all the list item data. if (dtagrid != null) { for (gridRowCount = 0; gridRowCount < activeCount; gridRowCount++) { objRow[gridRowCount] = activeFlags[gridRowCount]; } objRow[gridRowCount++] = emailName + "<" + emailAddress + ">"; objRow[gridRowCount++] = FrequencyDBValue; objRow[gridRowCount++] = interval; objRow[gridRowCount++] = Frequency; objRow[gridRowCount++] = String.Format("{0:MM/dd/yyyy}", dte); objRow[gridRowCount++] = String.Format("{0:MM/dd/yyyy}", listItem[dteField]); objRow[gridRowCount++] = send; dtagrid.Rows.Add(objRow); } if (send.Equals("Yes")) { bool tesetSend = true; if( dtagrid != null) tesetSend = false; if (emailDiagCount++ < 50 && sendTestEmails) { try { String msg = String.Format("To:{0}\nFrom:{1}\nSubject:{2}\nBody:{3}\n", emailAddress, listConfig._emailFrom, replaceText(listConfig._emailSubject, listItem, listConfig._SharePointServerName, secondaryValues), replaceText(listConfig._emailBody, listItem, listConfig._SharePointServerName, secondaryValues)); if (!canceled) { DialogResult dialogResult = MessageBox.Show(msg, "Review #" + emailDiagCount + " Ctrl C to copy - press Okay to send", MessageBoxButtons.YesNoCancel); if (dialogResult == DialogResult.No) { tesetSend = false; } if (dialogResult == DialogResult.Cancel) { canceled = true; tesetSend = false; } } else tesetSend = false; } catch (Exception ex) { String Msg = @"[Email for " + emailAddress + " Failed:" + ex.Message + "]"; MessageBox.Show(ex.Message, "Error on " + emailAddress); } } if (!EmailMgetFileName.Equals("") && tesetSend) { ServerManagement sm = getServerSetup(EmailMgetFileName); try { var decryptor = new RijndaelMessageDecryptor(); SmtpClient client = new SmtpClient(sm._SMTPServerName); //MailAddress from = new MailAddress(emailAddress, listConfig._emailFrom); MailAddress from = new MailAddress(listConfig._emailFrom); // Set destinations for the e-mail message. MailAddress to = new MailAddress(emailAddress); // Specify the message content. MailMessage message = new MailMessage(from, to); message.IsBodyHtml = true; message.Body = replaceText(listConfig._emailBody, listItem, listConfig._SharePointServerName, secondaryValues); message.BodyEncoding = System.Text.Encoding.UTF8; message.Subject = replaceText(listConfig._emailSubject, listItem, listConfig._SharePointServerName, secondaryValues); message.SubjectEncoding = System.Text.Encoding.UTF8; client.Credentials = new System.Net.NetworkCredential(sm._SMTPUserId, decryptor.Decrypt(sm._SMTPPwd)); client.Port = Int32.Parse(sm._SMTPPort); client.Send(message); sentRecipients.Add(emailAddress); Console.WriteLine("Email sent for " + to); Console.WriteLine("Subject Line " + message.Subject); } catch (Exception ex) { String Msg = @"[Email for " + emailAddress + " Failed:" + ex.Message + "]"; throw new Exception(Msg, ex); } } } } /// return sentRecipients; }
public static string Decrypt(this string value) { var decryptor = new RijndaelMessageDecryptor(); return(decryptor.Decrypt(value)); }