public static void Main(string[] args) { // Datos de conexión String Url = "http://localhost:8069"; String Dbname = "test_db"; String Login = "******"; String Password = "******"; // Login OpenERPConnect connection = new OpenERPConnect(Url, Dbname, Login, Password); connection.Login(); Console.WriteLine(connection.UserId); Object[] domain = new Object[3]; // Albaranes de salida ya asignados y sin incidencias domain[0] = new Object[3] {"picking_type_id.code", "=", "outgoing"}; domain[1] = new Object[3] {"state", "=", "assigned"}; domain[2] = new Object[3] {"with_incidences", "=", false}; long[] picking_ids = connection.Search("stock.picking", domain); Console.WriteLine("Albaranes encontrados: {0}", picking_ids.Length); //Los recorremos y les escribimos a todos la misma incidencia foreach(long picking_id in picking_ids) { XmlRpcStruct vals = new XmlRpcStruct(); vals.Add("with_incidences", true); //Lo marcamos como bajo incidencia connection.Write("stock.picking", new long[] {picking_id}, vals); //Escribimos el motivo de la incidencia connection.MessagePost("stock.picking", new long[] {picking_id}, "Stock Incorrecto"); } Console.ReadLine(); }
public void OrderingEnumerator() { var xps = new XmlRpcStruct(); xps.Add("1", "a"); xps.Add("3", "c"); xps.Add("2", "b"); IDictionaryEnumerator enumerator = xps.GetEnumerator(); enumerator.MoveNext(); Assert.AreEqual("1", enumerator.Key); Assert.AreEqual("a", enumerator.Value); Assert.IsInstanceOfType(typeof(DictionaryEntry), enumerator.Current); DictionaryEntry de = (DictionaryEntry)enumerator.Current; Assert.AreEqual("1", de.Key); Assert.AreEqual("a", de.Value); enumerator.MoveNext(); Assert.AreEqual("3", enumerator.Key); Assert.AreEqual("c", enumerator.Value); Assert.IsInstanceOfType(typeof(DictionaryEntry), enumerator.Current); de = (DictionaryEntry)enumerator.Current; Assert.AreEqual("3", de.Key); Assert.AreEqual("c", de.Value); enumerator.MoveNext(); Assert.AreEqual("2", enumerator.Key); Assert.AreEqual("b", enumerator.Value); Assert.IsInstanceOfType(typeof(DictionaryEntry), enumerator.Current); de = (DictionaryEntry)enumerator.Current; Assert.AreEqual("2", de.Key); Assert.AreEqual("b", de.Value); }
public Subtitle GetSubtitleByHash(string fileName, string languageCode) { Subtitle retValue = new Subtitle(); XmlRpcStruct searchParams = new XmlRpcStruct(); List<SubtitleSearchItem> subtitles = null; var fileInfo = new FileInfo(fileName); searchParams.Add(SEARCH_PARAM_LANGUAGE_ID, languageCode); searchParams.Add(SEARCH_PARAM_MOVIE_HASH, GetMovieHash(fileName)); searchParams.Add(SEARCH_PARAM_MOVIE_SIZE, fileInfo.Length); XmlRpcStruct response = RpcProxy.SearchSubtitles(AuthToken, new object[1] { new XmlRpcStruct[1] { searchParams } }); if ((string)response[RESPONSE_STATUS_FIELD] == RESPONSE_RESULT_OK) { subtitles = SearchReponse2List(response); } //Take one with best rating if (subtitles.Count > 0) { var subtitle = subtitles.OrderByDescending(item => item.SubRating).FirstOrDefault(); var subtitleStream = DownloadSubtitles(subtitle.IDSubtitleFile); retValue = new Subtitle(subtitleStream, subtitle.SubFormat); } return retValue; }
public XmlRpcStruct RunKeyword(string keywordName, string[] arguments) { var result = new XmlRpcStruct(); Keyword keyword; if(!keywordManager.TryGetKeyword(keywordName, out keyword)) { throw new XmlRpcFaultException(1, string.Format("Keyword \"{0}\" not found", keywordName)); } try { var keywordResult = keyword.Execute(arguments); if(keywordResult != null) { result.Add(KeywordResultValue, keywordResult.ToString()); } result.Add(KeywordResultStatus, KeywordResultPass); } catch(Exception e) { result.Clear(); result.Add(KeywordResultStatus, KeywordResultFail); result.Add(KeywordResultError, BuildRecursiveErrorMessage(e)); result.Add(KeywordResultTraceback, e.StackTrace); } return result; }
public void OrderingEnumerator() { var xps = new XmlRpcStruct(); xps.Add("1", "a"); xps.Add("3", "c"); xps.Add("2", "b"); IDictionaryEnumerator enumerator = xps.GetEnumerator(); enumerator.MoveNext(); Assert.AreEqual("1", enumerator.Key); Assert.AreEqual("a", enumerator.Value); Assert.IsInstanceOfType(typeof(DictionaryEntry), enumerator.Current); DictionaryEntry de = (DictionaryEntry)enumerator.Current; Assert.AreEqual("1", de.Key); Assert.AreEqual("a", de.Value); enumerator.MoveNext(); Assert.AreEqual("3", enumerator.Key); Assert.AreEqual("c", enumerator.Value); Assert.IsInstanceOfType(typeof(DictionaryEntry), enumerator.Current); de = (DictionaryEntry)enumerator.Current; Assert.AreEqual("3", de.Key); Assert.AreEqual("c", de.Value); enumerator.MoveNext(); Assert.AreEqual("2", enumerator.Key); Assert.AreEqual("b", enumerator.Value); Assert.IsInstanceOfType(typeof(DictionaryEntry), enumerator.Current); de = (DictionaryEntry)enumerator.Current; Assert.AreEqual("2", de.Key); Assert.AreEqual("b", de.Value); }
public void DoubleAdd() { XmlRpcStruct xps = new XmlRpcStruct(); xps.Add("foo", "123456"); xps.Add("foo", "abcdef"); Assert.Fail("Test should throw ArgumentException"); }
  /// <summary>   /// Run specified Robot Framework keyword from remote server.   /// </summary>   public XmlRpcStruct run_keyword(string keyword, object[] args)  { log.Debug(String.Format("XmlRpc Method call - run_keyword {0}",keyword)); XmlRpcStruct kr = new XmlRpcStruct(); //check for stop remote server if (String.Equals(keyword,CStopRemoteServer,StringComparison.CurrentCultureIgnoreCase)) { //start background thread to raise event Thread stopthread = new Thread(delayed_stop_remote_server); stopthread.IsBackground = true; stopthread.Start(); log.Debug("Stop remote server thread started"); //return success kr.Add("return",String.Empty); kr.Add("status","PASS"); kr.Add("error",String.Empty); kr.Add("traceback",String.Empty); kr.Add("output",String.Empty); } else { try { var result = _map.ExecuteKeyword(keyword,args); log.Debug(result.ToString()); kr = XmlRpcResultBuilder.ToXmlRpcResult(result); } catch (Exception e) { log.Error(String.Format("Exception in method - run_keyword : {0}",e.Message)); throw new XmlRpcFaultException(1,e.Message); } } return kr; }
public void DoubleAdd() { XmlRpcStruct xps = new XmlRpcStruct(); xps.Add("foo", "123456"); xps.Add("foo", "abcdef"); }
public XmlRpcStruct toStruct() { XmlRpcStruct exchange = new XmlRpcStruct(); exchange.Add("SYMBOl", symbol); exchange.Add("NAME", name); exchange.Add("LOCATION", location); return exchange; }
public XmlRpcStruct toStruct() { XmlRpcStruct security = new XmlRpcStruct(); security.Add("ISIN", isin); security.Add("SYMBOL", symbol); security.Add("NAME", name); security.Add("EXCHANGE", exchange.Name); return security; }
private XmlRpcStruct CreateSearchStructure(List<string> languages, string hashString, long videoSize) { var searchStructure = new XmlRpcStruct(); var preferredLanguages = this.GetSubtitleString(languages); searchStructure.Add("sublanguageid", preferredLanguages); searchStructure.Add("moviehash", hashString); searchStructure.Add("moviebytesize", videoSize.ToString()); searchStructure.Add("imdbid", ""); return searchStructure; }
public XmlRpcStruct toStruct() { XmlRpcStruct pointsTransaction = new XmlRpcStruct(); pointsTransaction.Add("USER", userId); pointsTransaction.Add("TIMESTAMP", timestamp); pointsTransaction.Add("TYPE", type.ToString()); pointsTransaction.Add("DELTA", delta); pointsTransaction.Add("COMMENTS", comments); return pointsTransaction; }
/// <summary> /// Converts keyword result to RF XmlRpc Structure /// </summary> public static XmlRpcStruct ToXmlRpcResult(KeywordResult kwresult) { var result = new XmlRpcStruct(); //add status result.Add("status",kwresult.status.ToString()); //add error, traceback, output result.Add("error",kwresult.error); result.Add("traceback",kwresult.traceback); result.Add("output",kwresult.output); //add return if ([email protected]().Equals(typeof(System.Int64))) { //64bit int has to be returned as string result.Add("return",[email protected]()); } else { result.Add("return",kwresult.@return); } //check error type if (kwresult.status==KeywordStatus.FAIL) { if (kwresult.errortype==KeywordErrorTypes.Continuable) { //continuable error result.Add("continuable",true); } if (kwresult.errortype==KeywordErrorTypes.Fatal) { //fatal error result.Add("fatal",true); } } return result; }
public void OrderingKeys2() { var xps = new XmlRpcStruct(); xps.Add("member_1", "a"); xps.Add("member_4", "c"); IEnumerator enumerator = xps.Keys.GetEnumerator(); enumerator.MoveNext(); Assert.AreEqual("member_1", enumerator.Current); enumerator.MoveNext(); Assert.AreEqual("member_4", enumerator.Current); }
public void DeletePost_ExistingEntry() { // Create entry var entryContent = new XmlRpcStruct(); entryContent.Add("title", "the title"); entryContent.Add("description", "the description"); var newId = m_api.newPost(m_blog1.ID.ToString(), m_userAuthor.Name, PASSWORD, entryContent, false); Assert.IsNotNullOrEmpty(newId); // Delete the entry var result = m_api.deletePost("test", newId, m_userAuthor.Name, PASSWORD, false); Assert.IsTrue(result); }
public void Add() { XmlRpcStruct xps = new XmlRpcStruct(); xps.Add("foo", "abcdef"); Assert.AreEqual("abcdef", xps["foo"]); }
public void CreateTicket(TicketInfo ticket) { if (string.IsNullOrEmpty(ticket.Summary)) throw new ArgumentNullException("ticket.Summary"); if (string.IsNullOrEmpty(ticket.Description)) throw new ArgumentNullException("ticket.Description"); if (string.IsNullOrEmpty(ticket.Type)) throw new ArgumentNullException("ticket.Type"); if (string.IsNullOrEmpty(ticket.Priority)) throw new ArgumentNullException("ticket.Priority"); if (string.IsNullOrEmpty(ticket.Component)) throw new ArgumentNullException("ticket.Component"); XmlRpcStruct tempAttributes = new XmlRpcStruct(); foreach (object key in ticket.Attributes.Keys) { if ((((string)key) != TicketAttributes.Description) && (((string)key) != TicketAttributes.Summary)) { tempAttributes.Add(key, ticket.Attributes[key]); } } int id = _ticket.Create(ticket.Summary, ticket.Description, ticket.Attributes); ticket.TicketId = id; }
public void OrderingValues() { var xps = new XmlRpcStruct(); xps.Add("1", "a"); xps.Add("3", "c"); xps.Add("2", "b"); IEnumerator enumerator = xps.Values.GetEnumerator(); enumerator.MoveNext(); Assert.AreEqual("a", enumerator.Current); enumerator.MoveNext(); Assert.AreEqual("c", enumerator.Current); enumerator.MoveNext(); Assert.AreEqual("b", enumerator.Current); }
public static XmlRpcStruct dictionaryToXmlRpcStruct(IDictionary<string, object> idic) { XmlRpcStruct s = new XmlRpcStruct(); foreach (string key in idic.Keys) { s.Add(key, idic[key]); } return s; }
public static bool admin_restore_oar(string password, string nomeRegiao, string oarfile) { XmlRpcStruct saveAccept = new XmlRpcStruct(); XmlRpcStruct saveParms = new XmlRpcStruct(); saveParms.Add("password", password); saveParms.Add("region_name", nomeRegiao); saveParms.Add("filename", oarfile); RemoteOpensim admin = XmlRpcProxyGen.Create<RemoteOpensim>(); try { saveAccept = admin.admin_load_oar(saveParms); } catch { return false; } return true; }
public DataTable CancellationConfirmation(string ticketNo) { try { object[] response = null; XmlRpcStruct data = new XmlRpcStruct(); data.Add("ticketno", ticketNo); IAbhiBusCancellationConfirmation gd = XmlRpcProxyGen.Create<IAbhiBusCancellationConfirmation>(); response = gd.CancellationConfirmation(data); DataTable dt = new DataTable(); dt.Columns.Add("ticket_number"); dt.Columns.Add("message"); dt.Columns.Add("status"); dt.Columns.Add("total_ticket_fare"); dt.Columns.Add("total_refund_amount"); dt.Columns.Add("cancellation_parcentage"); foreach (XmlRpcStruct item in response) { DataRow dr = dt.NewRow(); foreach (var item1 in item.Keys) { if (item1.ToString() == "ticket_number") { dr["ticket_number"] = item[item1].ToString(); } if (item1.ToString() == "message") { dr["message"] = item[item1].ToString(); } if (item1.ToString() == "status") { dr["status"] = item[item1].ToString(); } if (item1.ToString() == "total_ticket_fare") { dr["total_ticket_fare"] = item[item1].ToString(); } if (item1.ToString() == "total_refund_amount") { dr["total_refund_amount"] = item[item1].ToString(); } if (item1.ToString() == "cancellation_parcentage") { dr["cancellation_parcentage"] = item[item1].ToString(); } } dt.Rows.Add(dr); } return dt; } catch (Exception) { throw; } }
/// <summary> /// /// </summary> /// <param name="ImdbId"></param> /// <param name="query"></param> /// <param name="languages"></param> /// <returns></returns> public List<SearchSubtitleResult> SearchByImdbIdThenQuery(string ImdbId, string query, OSLanguage languages) { XmlRpcStruct SearchParamsStruct = new XmlRpcStruct(); if (languages != null) { SearchParamsStruct.Add("sublanguageid", languages.IdSubLanguage); } else { SearchParamsStruct.Add("sublanguageid", "all"); } if (!String.IsNullOrEmpty(ImdbId)) { SearchParamsStruct.Add("imdbid", ImdbId); } if (!String.IsNullOrEmpty(query)) { SearchParamsStruct.Add("query", query); } XmlRpcStruct ResponseStruct = proxy.SearchSubtitles(Token, new object[1] { new XmlRpcStruct[1] { SearchParamsStruct } }); List<SearchSubtitleResult> SearchResultList = DoSearchRequest(ResponseStruct); return SearchResultList; }
public void OrderingKeys() { var xps = new XmlRpcStruct(); xps.Add("1", "a"); xps.Add("3", "c"); xps.Add("2", "b"); IEnumerator enumerator = xps.Keys.GetEnumerator(); enumerator.MoveNext(); Assert.AreEqual("1", enumerator.Current); enumerator.MoveNext(); Assert.AreEqual("3", enumerator.Current); enumerator.MoveNext(); Assert.AreEqual("2", enumerator.Current); }
public void EditPost_ExistingEntry() { // Create entry var entryContent = new XmlRpcStruct(); entryContent.Add("title", "the title"); entryContent.Add("description", "the description"); var newId = m_api.newPost(m_blog1.ID.ToString(), m_userAuthor.Name, PASSWORD, entryContent, false); Assert.IsNotNullOrEmpty(newId); // Edit the entry var publishDate = new DateTime(2020, 3, 6); var updatedContent = new XmlRpcStruct(); updatedContent.Add("description", "updated"); updatedContent.Add("dateCreated", publishDate); var result = m_api.editPost(newId, m_userAuthor.Name, PASSWORD, updatedContent, false); Assert.IsTrue(result); var newItem = m_blog1.Database.GetItem(newId); try { Assert.AreEqual("the title", newItem["title"]); Assert.AreEqual("updated", newItem["content"]); Assert.AreEqual(publishDate, newItem.Publishing.PublishDate); } finally { using (new SecurityDisabler()) { newItem.Delete(); } } }
/// <summary> /// Sets the "ExpectAndReturn" for "GetObject" method. /// The returned SSX object has: name='XOfficeStyle', use='onDemand', parse='0' and the 'code' is /// some CSS for '.xoffice0' class and '#id1" id. /// </summary> /// <param name="xWikiClientMock">A reference to a <code>DynamicMock</code>.</param> private static void SetObjForGetObject(ref DynamicMock xWikiClientMock) { XmlRpcStruct dictionary = new XmlRpcStruct(); dictionary.Add("code", CSS_CONTENT_XOFFICE0 + CSS_CONTENT_ID1); dictionary.Add("name", "XOfficeStyle"); dictionary.Add("use", "onDemand"); dictionary.Add("parse", "0"); XWikiObject xWikiObject = new XWikiObject(); xWikiObject.className = SSX_CLASS_NAME; xWikiObject.id = 1; xWikiObject.pageId = PAGE_FULL_NAME; xWikiObject.prettyName = "XOfficeStyle"; xWikiObject.objectDictionary = dictionary; xWikiClientMock.ExpectAndReturn("GetObject", xWikiObject, new object[3] { PAGE_FULL_NAME, SSX_CLASS_NAME, 1 }); }
public int AddContact(Contact contact, IEnumerable<int> tags = null) { var proxy = XmlRpcProxyGen.Create<IContactService>(); proxy.Url = BaseUrl; var data = new XmlRpcStruct(); foreach (var propertyInfo in contact.GetType().GetProperties().Where(propertyInfo => propertyInfo.CanRead)) { var value = propertyInfo.GetValue(contact, null); if (value != null) data.Add(propertyInfo.Name, value); } int contactId = proxy.Add(PrivateKey, data); if (tags != null) foreach (var tagId in tags) proxy.AddTag(PrivateKey, contactId, tagId); return contactId; }
/// <summary> /// Create a drupal file structure /// </summary> /// <param name="filePath"></param> /// <returns></returns> private XmlRpcStruct buildFileStruct(string filePath, string serverPath) { // Encode file to base64 FileStream fs = new FileStream(filePath, FileMode.Open, FileAccess.Read); byte[] filebytes = new byte[fs.Length]; fs.Read(filebytes, 0, Convert.ToInt32(fs.Length)); string encodedFile = Convert.ToBase64String(filebytes, Base64FormattingOptions.InsertLineBreaks); System.IO.FileInfo fi = new System.IO.FileInfo(filePath); CookComputing.XmlRpc.XmlRpcStruct fileStruct = new CookComputing.XmlRpc.XmlRpcStruct(); fileStruct.Add("file", encodedFile); fileStruct.Add("filename", fi.Name); fileStruct.Add("filepath", serverPath + fi.Name); fileStruct.Add("filesize", fi.Length.ToString()); fileStruct.Add("timestamp", GetUnixTimestamp()); fileStruct.Add("uid", this.UserID);//Form Login return(fileStruct); }
public static TestProject GetTestProject( string name, string prefix, string notes, string color, int tc_counter, bool active, bool option_automation, bool option_inventory, bool option_priority, bool option_reqs) { int id = generator.Next(1000000); XmlRpcStruct data = new XmlRpcStruct(); data.Add("id", id.ToString()); data.Add("name", name); data.Add("prefix", prefix); data.Add("notes", notes); data.Add("color", color); data.Add("active", 1); data.Add("tc_counter", tc_counter); XmlRpcStruct optStruct = new XmlRpcStruct(); optStruct.Add("requirementsEnabled", 1); optStruct.Add("testPriorityEnabled", 1); optStruct.Add("automationEnabled", 1); optStruct.Add("inventoryEnabled", 1); data.Add("opt", optStruct); var testProject = new Mock<Meyn.TestLink.TestProject>(data); return testProject.Object; }
public static Meyn.TestLink.TestPlatform GetTestPlatform( string name, string notes) { int id = generator.Next(1000000); XmlRpcStruct data = new XmlRpcStruct(); data.Add("name", name); data.Add("id", id); data.Add("notes", notes); var testPlatform = new Mock<Meyn.TestLink.TestPlatform>(data); return testPlatform.Object; }
public static Meyn.TestLink.TestPlanTotal GetTestPlanTotal( string name, string type, int total_tc) { // /// <summary> // /// category name // /// </summary> // public readonly string Type = ""; // /// <summary> // /// category value // /// </summary> // public readonly string Name = ""; // /// <summary> // /// total test cases that are covered in this test plan // /// </summary> // public readonly int Total_tc; // /// <summary> // /// Dictionary with execution totals // /// </summary> // public readonly Dictionary<string, int> Details = new Dictionary<string, int>(); // //// internal TestPlanTotal(XmlRpcStruct data) //// { // Total_tc = toInt(data, "total_tc"); // if (data.ContainsKey("type")) // Type = (string)data["type"]; // if (data.ContainsKey("name")) // Name = (string)data["name"]; // // XmlRpcStruct xdetails = data["details"] as XmlRpcStruct; // // foreach (string key in xdetails.Keys) // { // XmlRpcStruct val = xdetails[key] as XmlRpcStruct; // int qty = toInt(val,"qty"); // Details.Add(key, qty); // } //// } int id = generator.Next(1000000); XmlRpcStruct data = new XmlRpcStruct(); data.Add("name", name); data.Add("type", type); data.Add("total_tc", total_tc); XmlRpcStruct details = new XmlRpcStruct(); data.Add("details", details); var testPlanTotal = new Mock<Meyn.TestLink.TestPlanTotal>(data); return testPlanTotal.Object; }
public static TestPlan GetTestPlan( string name, string notes, bool active, bool is_public, bool open, int testproject_id) { int id = generator.Next(1000000); XmlRpcStruct data = new XmlRpcStruct(); data.Add("active", active); data.Add("id", id); data.Add("name", name); data.Add("notes", notes); data.Add("testproject_id", testproject_id); data.Add("is_open", open); data.Add("is_public", is_public); var testPlan = new Mock<TestPlan>(data); return testPlan.Object; }
// /// <summary> // /// test cases as they are returned from a test plan // /// </summary> // /// <remarks>This is different from TestCase as it returns additional info from the testplan. // /// Maybe this should be refactored with a testplandetails subclass</remarks> // public class TestCaseFromTestPlan : TL_Data // { // /// <summary> // /// marks the test case as active // /// </summary> // public readonly bool active; // /// <summary> // /// the build id the test case is assigned to // /// </summary> // public readonly int assigned_build_id; // // public readonly int assigner_id; // /// <summary> // /// // /// </summary> // public readonly int executed; // public readonly string execution_notes; // public readonly int execution_order; // /// <summary> // /// timestamp when it was executed. blank if not yet executeed // /// </summary> // public readonly string execution_ts; // /// <summary> // /// actual execution type on last run 1=manual, 2 = automatic // /// </summary> // public string execution_run_type; // /// <summary> // /// the execution type set in the test case 1=manual, 2 = automatic // /// </summary> // public readonly int execution_type; // public readonly int exec_id; // /// <summary> // /// build id where it was last executed on // /// </summary> // public readonly int exec_on_build; // /// <summary> // /// test plan id where it was last executed // /// </summary> // public readonly int exec_on_tplan; // /// <summary> // /// the last execution status // /// </summary> // public readonly TestCaseResultStatus exec_status; // /// <summary> // /// the id displayed on the UI, but without hte prefix // /// </summary> // public readonly string external_id; // public readonly int importance; // public readonly int feature_id; // public readonly DateTime linked_ts; // public readonly int linked_by; // public readonly string name; // public readonly int platform_id; // public string platform_name; // /// <summary> // /// //the priority assigned in the test case(?) // /// </summary> // public int priority; // /// <summary> // /// not clear what this is. It is NOT the same as the status in the other test case classes // /// </summary> // public string status; // // public string summary; // /// <summary> // /// // /// </summary> // public int tcversion_number; // public int tcversion_id; // public int tc_id; // public int tester_id; // public int testsuite_id; // public string tsuite_name; // public string type; // public int user_id; // /// <summary> // /// urgency set in test plan // /// </summary> // public int urgency; // public int version; // public int z; // // internal TestCaseFromTestPlan(XmlRpcStruct data) // { // active = int.Parse((string)data["active"]) == 1; // name = (string)data["name"]; // tsuite_name = (string)data["tsuite_name"]; // z = toInt(data, "z"); // type = (string)data["type"]; // execution_order = toInt(data, "execution_order"); // exec_id = toInt(data, "exec_id"); // tc_id = toInt(data, "tc_id"); // tcversion_number = toInt(data, "tcversion_number"); // status = (string)data["status"]; // external_id = (string)data["external_id"]; // exec_status = toExecStatus(data, "exec_status"); // exec_on_tplan = toInt(data, "exec_on_tplan"); // executed = toInt(data, "executed"); // feature_id = toInt(data, "feature_id"); // assigner_id = toInt(data, "assigner_id"); // user_id = toInt(data, "user_id"); // active = toInt(data, "active") == 1; // version = toInt(data, "version"); // testsuite_id = toInt(data, "testsuite_id"); // tcversion_id = toInt(data, "tcversion_id"); // //steps = (string)data["steps"]; // //expected_results = (string)data["expected_results"]; // summary = (string)data["summary"]; // execution_type = toInt(data, "execution_type"); // platform_id = toInt(data, "platform_id"); // platform_name = (string)data["platform_name"]; // linked_ts = toDate(data, "linked_ts"); // linked_by = toInt(data, "linked_by"); // importance = toInt(data, "importance"); // execution_run_type = (string)data["execution_run_type"]; // execution_ts = (string)data["execution_ts"]; // tester_id = toInt(data, "tester_id"); // execution_notes = (string)data["execution_notes"]; // exec_on_build = toInt(data, "exec_on_build"); // assigned_build_id = toInt(data,"assigned_build_id"); // urgency = toInt(data, "urgency"); // priority = toInt(data, "priority"); // } // /// <summary> // /// This is used for the call GetTestCasesForTestPlan // /// using the returned list from TestLink, generate a list of data // /// </summary> // /// <param name="list"></param> // /// <returns></returns> // public static List<TestCaseFromTestPlan> GenerateFromResponse(XmlRpcStruct list) // { // List<TestCaseFromTestPlan> result = new List<TestCaseFromTestPlan>(); // if (list != null) // { // foreach (object o in list.Values) // { // TestCaseFromTestPlan tc = null; // if (o is XmlRpcStruct) // { // XmlRpcStruct list2 = o as XmlRpcStruct; // foreach (object o2 in list2.Values) // { // tc = new TestCaseFromTestPlan(o2 as XmlRpcStruct); // result.Add(tc); // } // } // else // { // object[] olist = o as object[]; // tc = new TestCaseFromTestPlan(olist[0] as XmlRpcStruct); // result.Add(tc); // } // } // } // return result; // } // } // /// <summary> // /// test case as it is retrieved from testsuite // /// </summary> // public class TestCaseFromTestSuite : TL_Data // { // /// <summary> // /// test case id // /// </summary> // public readonly int id; // // public readonly int parent_id; // public readonly int node_type_id; // public readonly int node_order; // public readonly string node_table; // public readonly string name; // public readonly bool active; // /// <summary> // /// the version of the test case, starts with 1 // /// </summary> // public readonly int version; // /// <summary> // /// the internal id of this testcase version // /// </summary> // public readonly int tcversion_id; // /// <summary> // /// not clear what this represents // /// </summary> // public readonly string layout; // /// <summary> // /// not clear in its meaning // /// </summary> // public readonly int status; // public readonly string summary; // public readonly string preconditions; // // /// <summary> // /// the id that is displayed on the UI, sans the prefix // /// </summary> // public readonly string external_id; // /// <summary> // /// the id of the owning testsuite // /// </summary> // public readonly int testSuite_id; // /// <summary> // /// unknown purpose // /// </summary> // public readonly bool is_open; // /// <summary> // /// // /// </summary> // public readonly DateTime modification_ts; // /// <summary> // /// // /// </summary> // public readonly int updater_id; // /// <summary> // /// manual or automatic // /// </summary> // public readonly int execution_type; // public readonly string details; // public readonly int author_id; // public readonly DateTime creation_ts; // public readonly int importance; // internal TestCaseFromTestSuite(XmlRpcStruct data) // { // active = int.Parse((string)data["active"]) == 1; // id = toInt(data, "id"); // name = (string)data["name"]; // version = toInt(data, "version"); // tcversion_id = toInt(data, "tcversion_id"); // //steps = (string)data["steps"]; // //expected_results = (string)data["expected_results"]; // external_id = (string)data["tc_external_id"]; // testSuite_id = toInt(data, "parent_id"); // is_open = int.Parse((string)data["is_open"]) == 1; // modification_ts = base.toDate(data, "modification_ts"); // updater_id = toInt(data, "updater_id"); // execution_type = toInt(data, "execution_type"); // summary = (string)data["summary"]; // if (data.ContainsKey("details")) // details = (string)data["details"]; // else // details = ""; // author_id = toInt(data, "author_id"); // creation_ts = base.toDate(data, "creation_ts"); // importance = toInt(data, "importance"); // parent_id = toInt(data, "parent_id"); // node_type_id = toInt(data, "node_type_id"); // node_order = toInt(data, "node_order"); // node_table = (string)data["node_table"]; // layout = (string)data["layout"]; // status = toInt(data, "status"); // preconditions = (string)data["preconditions"]; // } // } public static Meyn.TestLink.TestCase GetTestCase( //int id, string externalid, string updater_login, string author_login, string name, int node_order, int testsuite_id, int testcase_id, int version, string layout, int status, string summary, string preconditions, int importance, int author_id, int updater_id, DateTime creation_ts, DateTime modification_ts, bool active, bool is_open, int execution_type, string author_first_name, string author_last_name, string updater_first_name, string updater_last_name, System.Collections.Generic.List<TestStep> steps) { int id = generator.Next(1000000); XmlRpcStruct data = new XmlRpcStruct(); data.Add("id", id); data.Add("active", 1); data.Add("tc_external_id", externalid); data.Add("updater_login", updater_login); data.Add("author_login", author_login); data.Add("name", name); data.Add("node_order", node_order); data.Add("testsuite_id", testsuite_id); data.Add("testcase_id", testcase_id); data.Add("version", version); data.Add("layout", layout); data.Add("status", status); data.Add("summary", summary); data.Add("preconditions", preconditions); data.Add("importance", importance); data.Add("author_id", author_id); data.Add("updater_id", updater_id); data.Add("modification_ts", modification_ts); data.Add("creation_ts", creation_ts); data.Add("is_open", is_open); data.Add("execution_type", execution_type); data.Add("author_first_name", author_first_name); data.Add("author_last_name", author_last_name); data.Add("updater_first_name", updater_first_name); data.Add("updater_last_name", updater_last_name); XmlRpcStruct[] structs = new XmlRpcStruct[]{}; //add steps data.Add("steps", structs); var testCase = new Mock<Meyn.TestLink.TestCase>(data); return testCase.Object; #region commented // active = int.Parse((string)data["active"]) == 1; // externalid = (string)data["tc_external_id"]; // id = toInt(data, "id"); // updater_login = (string)data["updater_login"]; // author_login = (string)data["author_login"]; // name = (string)data["name"]; // node_order = toInt(data, "node_order"); // testsuite_id = toInt(data, "testsuite_id"); // testcase_id = toInt(data, "testcase_id"); // version = toInt(data, "version"); // layout = (string)data["layout"]; // status = toInt(data, "status"); // summary = (string)data["summary"]; // preconditions = (string)data["preconditions"]; // importance = toInt(data, "importance"); // author_id = toInt(data, "author_id"); // updater_id = toInt(data, "updater_id"); // modification_ts = base.toDate(data, "modification_ts"); // creation_ts = base.toDate(data, "creation_ts"); // is_open = int.Parse((string)data["is_open"]) == 1; // execution_type = toInt(data, "execution_type"); // author_first_name = (string)data["author_first_name"]; // author_last_name = (string)data["author_last_name"]; // updater_first_name = (string)data["updater_first_name"]; // updater_last_name = (string)data["updater_last_name"]; // steps = new List<TestStep>(); // XmlRpcStruct[] stepData = data["steps"] as XmlRpcStruct[]; // if (stepData != null) // foreach (XmlRpcStruct aStepDatum in stepData) // steps.Add(new TestStep(aStepDatum)); #endregion commented }
public void AddInvalidKey() { XmlRpcStruct xps = new XmlRpcStruct(); xps.Add(1, "abcdef"); }
public void Add() { XmlRpcStruct xps = new XmlRpcStruct(); xps.Add("foo", "abcdef"); Assert.AreEqual("abcdef", xps["foo"]); }
public static Meyn.TestLink.TestSuite GetTestSuite( string name, int nodeOrder, int nodeTypeId, int parentId) { int id = generator.Next(1000000); XmlRpcStruct data = new XmlRpcStruct(); data.Add("name", name); data.Add("id", id); data.Add("parent_id", parentId); data.Add("node_type_id", nodeTypeId); data.Add("node_order", nodeOrder); var testSuite = new Mock<Meyn.TestLink.TestSuite>(data); return testSuite.Object; }
Object ParseHashtable( XmlNode node, Type valueType, ParseStack parseStack, MappingAction mappingAction) { XmlRpcStruct retObj = new XmlRpcStruct(); parseStack.Push("struct mapped to XmlRpcStruct"); try { XmlNodeList members = node.SelectNodes("./member"); foreach (XmlNode member in members) { if (member.Name != "member") continue; XmlNode nameNode; bool dupName; XmlNode valueNode; bool dupValue; SelectTwoNodes(member, "name", out nameNode, out dupName, "value", out valueNode, out dupValue); if (nameNode == null) throw new XmlRpcInvalidXmlRpcException(parseStack.ParseType + " contains a member with missing name element" + " " + StackDump(parseStack)); if (dupName) throw new XmlRpcInvalidXmlRpcException(parseStack.ParseType + " contains member with more than one name element" + " " + StackDump(parseStack)); string rpcName = nameNode.FirstChild.Value; if (valueNode == null) throw new XmlRpcInvalidXmlRpcException(parseStack.ParseType + " contains struct member " + rpcName + " with missing value " + " " + StackDump(parseStack)); if (dupValue) throw new XmlRpcInvalidXmlRpcException(parseStack.ParseType + " contains member with more than one value element" + " " + StackDump(parseStack)); if (retObj.Contains(rpcName)) { if (!IgnoreDuplicateMembers) throw new XmlRpcInvalidXmlRpcException(parseStack.ParseType + " contains struct value with duplicate member " + nameNode.FirstChild.Value + " " + StackDump(parseStack)); else continue; } object valObj; parseStack.Push(String.Format("member {0}", rpcName)); try { XmlNode vvNode = valueNode.SelectSingleNode("./*"); if (vvNode == null) vvNode = valueNode.FirstChild; valObj = ParseValue(vvNode, null, parseStack, mappingAction); } finally { parseStack.Pop(); } retObj.Add(rpcName, valObj); } } finally { parseStack.Pop(); } return retObj; }
public void AddInvalidKey() { XmlRpcStruct xps = new XmlRpcStruct(); xps.Add(1, "abcdef"); }