/// <summary> /// The constructor for creating a new <see cref="ResourceObject"/> /// </summary> /// <param name="emk">The filtered entry. Can be null!</param> /// <param name="resource">The original entry. Can't be null!</param> public ResourceObject(EmkResource emk, OperationResource resource) { Assertions.AssertNotNull(resource, "resource"); Emk = emk; Resource = resource; }
public void CanWriteErrorWhenSetGatewayCredentialFailedSupportsProcess() { var result = new OperationResource { ErrorInfo = new ErrorInfo { Code = "Ambari Failed Code", Message = "GetAmbariUserFailed" }, StatusCode = HttpStatusCode.OK, State = AsyncOperationState.Failed }; commandRuntimeMock.Setup(c => c.ShouldProcess(ClusterName, It.IsAny <string>())).Returns(true); hdinsightManagementMock.Setup( c => c.UpdateGatewayCredential(ResourceGroupName, ClusterName, It.Is <HttpSettingsParameters>( param => param.HttpUserEnabled && param.HttpUsername == _httpCred.UserName && param.HttpPassword == _httpCred.Password.ConvertToString()))) .Returns(result) .Verifiable(); setcmdlet.ExecuteCmdlet(); commandRuntimeMock.VerifyAll(); commandRuntimeMock.Verify( f => f.WriteError(It.Is <ErrorRecord>( record => record.Exception.Message == $"{result.ErrorInfo.Code}: {result.ErrorInfo.Message}" && string.IsNullOrEmpty(record.FullyQualifiedErrorId) && record.CategoryInfo.Category == ErrorCategory.InvalidArgument)), Times.Once); }
public void TestCreateDuplicateCluster() { var handler = new RecordedDelegatingHandler { StatusCodeToReturn = HttpStatusCode.OK }; using (var context = UndoContext.Current) { context.Start(); var client = HDInsightManagementTestUtilities.GetHDInsightManagementClient(handler); var resourceManagementClient = HDInsightManagementTestUtilities.GetResourceManagementClient(handler); var resourceGroup = HDInsightManagementTestUtilities.CreateResourceGroup(resourceManagementClient); var cluster = GetClusterSpecHelpers.GetPaasClusterSpec(); const string dnsname = "hdisdk-clusterdupe"; var createresponse = client.Clusters.Create(resourceGroup, dnsname, cluster); Assert.Equal(dnsname, createresponse.Cluster.Name); try { client.Clusters.Create(resourceGroup, dnsname, cluster); } catch (CloudException ex) { Assert.Equal(ex.Response.StatusCode, HttpStatusCode.Conflict); } OperationResource result = client.Clusters.Delete(resourceGroup, dnsname); Assert.Equal(result.StatusCode, HttpStatusCode.OK); Assert.Equal(result.State, AsyncOperationState.Succeeded); } }
/// <summary> /// Initializes a new instance of the <see cref="OperationResourceData"/> class, /// and copies the contents of the given <see cref="OperationResource"/> to this entity. /// </summary> /// <param name="operationResource">The resource to copy its contents.</param> public OperationResourceData(OperationResource operationResource) : this() { this.FullName = operationResource.FullName; this.Timestamp = operationResource.Timestamp; this.EquipmentCsv = CsvHelper.ToCsvLine(operationResource.RequestedEquipment); }
public void TestCreateDataLakeClusterUsingClusterCreateParametersExtended() { var handler = new RecordedDelegatingHandler { StatusCodeToReturn = HttpStatusCode.OK }; using (var context = UndoContext.Current) { context.Start(); //get clients var client = HDInsightManagementTestUtilities.GetHDInsightManagementClient(handler); var resourceManagementClient = HDInsightManagementTestUtilities.GetResourceManagementClient(handler); //create resourcegroup var resourceGroup = HDInsightManagementTestUtilities.CreateResourceGroup(resourceManagementClient); //set variables const string dnsname = "hdisdk-datalake5"; var spec = GetDataLakeClusterParametersExtended(); var createresponse = client.Clusters.Create(resourceGroup, dnsname, spec); //TODO: Assert if data lake configurations are set once shefali adds GetConfigurations support var getresponse = client.Clusters.Get(resourceGroup, dnsname); Assert.Equal(createresponse.Cluster.Properties.CreatedDate, getresponse.Cluster.Properties.CreatedDate); Assert.Equal(createresponse.Cluster.Name, getresponse.Cluster.Name); OperationResource result = client.Clusters.Delete(resourceGroup, dnsname); } }
/// <summary> /// Determines whether or not this and the given <see cref="OperationResource"/> instance can be considered equal. /// </summary> /// <param name="other">The other instance to check.</param> /// <returns></returns> public bool IsMatch(OperationResource other) { if (other == null || string.IsNullOrWhiteSpace(other.FullName)) { return(false); } return(other.FullName.Contains(SiteAlias) && other.FullName.Contains(ResourceAlias)); }
internal static OperationResourceData ToData(this OperationResource operationResource) { OperationResourceData data = new OperationResourceData(); data.FullName = operationResource.FullName; data.Timestamp = operationResource.Timestamp; data.Equipment = CsvHelper.ToCsvLine(operationResource.RequestedEquipment); return(data); }
internal ResourceViewModel(OperationResource resource, EmkResource emkResource) : base() { Assertions.AssertNotNull(resource, "resource"); this.Resource = resource; _emkResource = emkResource; if (_emkResource != null) { LoadIconAsync(); } }
internal ResourceViewModel(OperationResource resource, EmkResource emkResource) : base() { if (resource == null && emkResource == null) { throw new InvalidOperationException(Properties.Resources.NoResourceGiven); } this.Resource = resource; EmkResourceItem = emkResource; if (EmkResourceItem != null) { LoadIconAsync(); } }
public void IsMatch_Negative_Test() { EmkResource emk = new EmkResource() { SiteAlias = "ABC", ResourceAlias = "99/9", DisplayName = "99.9", }; OperationResource opRes = new OperationResource() { FullName = "1.2.3 XYZ 99/9 HLF", }; Assert.IsFalse(emk.IsMatch(opRes)); }
/// <summary> /// Gets the vehicle type or specification (RW, DLK 23/12 etc.) from the resource name. /// </summary> /// <param name="resource">The resource to get the type or specification from.</param> /// <returns>The type or specification string. -or- null, if none found.</returns> private string GetVehicleType(OperationResource resource) { // Find the type/spec name entrenched between the brackets. int iOpenBracket = resource.FullName.LastIndexOf('('); int iClosingBracket = resource.FullName.LastIndexOf(')'); // Check invalid conditions. if (iOpenBracket == -1 || iClosingBracket == -1 || (iOpenBracket > iClosingBracket)) { return(null); } // Cut out the middle part "1312fghasldkjf 30/1 (DLK 23/12)" ==> "DLK 23/12". int start = iOpenBracket + 1; int length = (iClosingBracket - 1) - iOpenBracket; return(resource.FullName.Substring(start, length)); }
public void ContainsMatch_WithInactiveOnes_Negative_Test() { EmkResourceCollection collection = new EmkResourceCollection(); collection.Add(new EmkResource() { SiteAlias = "ABC", ResourceAlias = "77/7" }); collection.Add(new EmkResource() { SiteAlias = "ABC", ResourceAlias = "88/8", IsActive = false }); collection.Add(new EmkResource() { SiteAlias = "ABC", ResourceAlias = "99/9" }); OperationResource opRes = new OperationResource() { FullName = "1.2.3 ABC 88/8 LF", }; Assert.IsFalse(collection.ContainsMatch(opRes)); }
public void ContainsMatch_Positive_Test() { EmkResourceCollection collection = new EmkResourceCollection(); collection.Add(new EmkResource() { SiteAlias = "ABC", ResourceAlias = "77/7" }); collection.Add(new EmkResource() { SiteAlias = "ABC", ResourceAlias = "88/8" }); collection.Add(new EmkResource() { SiteAlias = "ABC", ResourceAlias = "99/9" }); OperationResource opRes = new OperationResource() { FullName = "1.2.3 ABC 88/8 LF", }; Assert.IsTrue(collection.ContainsMatch(opRes)); }
internal ResourceViewModel(OperationResource resource) : this(resource, null) { }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.ADaten; bool keywordsOnly = true; for (int i = 0; i < lines.Length; i++) { string line = lines[i]; try { if (line.Length == 0) { continue; } GetSection(line.Trim(), ref section, ref keywordsOnly); string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) string keyword = ""; if (keywordsOnly) { if (!ParserUtility.StartsWithKeyword(line, _keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } switch (section) { case CurrentSection.ADaten: switch (prefix) { case "EINSATZNUMMER": operation.OperationNumber = msg; break; case "EINSATZORT": operation.Einsatzort.Location = msg; break; case "OBJEKT": operation.Einsatzort.Property = msg; break; case "ORT": operation.Einsatzort.City = msg; break; case "BMA-NUMMER/LINIE": operation.OperationPlan = msg; break; case "ORTSTEIL": operation.CustomData["Einsatzort Ortsteil"] = msg; break; case "STRASSE": string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; break; case "BESONDERHEITEN": operation.Comment = msg; break; case "EINSATZART": operation.Keywords.Keyword = msg; break; case "ALARMSTICHWORT": operation.Keywords.EmergencyKeyword = msg; break; case "MELDENDER": operation.Messenger = msg; break; } break; case CurrentSection.CEinsatzmittel: if (line.Contains("Alarmierte Einheiten")) { continue; } OperationResource resource = new OperationResource { FullName = msg }; operation.Resources.Add(resource); break; case CurrentSection.EFooter: break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
/// <summary> /// Examines every resource that is contained in this collection and returns a boolean value if at least /// one resource matches the given <see cref="OperationResource"/>. /// See documentation for further information. /// </summary> /// <remarks>Any given <see cref="EmkResource"/> is only considered if it has its IsActive-flag set to true.</remarks> /// <param name="resource">The <see cref="OperationResource"/> to check. Must not be null.</param> /// <returns>A boolean value indicating whether or not at least one resource matches the given <see cref="OperationResource"/>.</returns> public bool ContainsMatch(OperationResource resource) { Assertions.AssertNotNull(resource, "resource"); return(Items.Any(item => item.IsActive && item.IsMatch(resource))); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) string keyword = ""; if (keywordsOnly) { if (!ParserUtility.StartsWithKeyword(line, _keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "EINSATZ-NR.": operation.OperationNumber = msg; break; } } break; case CurrentSection.BMitteiler: operation.Messenger = msg; break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ORTSTEIL": { operation.Einsatzort.City = msg; // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = msg.IndexOf('-'); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex); } } break; case "OBJEKT": operation.Einsatzort.Property = msg; break; case "KREUZUNG": operation.Einsatzort.Intersection = msg; break; } } break; case CurrentSection.DEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "STICHWORT": operation.Keywords.EmergencyKeyword = msg; break; case "PRIORITÄT": operation.Priority = msg; break; } } break; case CurrentSection.EEinsatzmittel: { switch (prefix) { case "NAME": last.FullName = msg; break; case "ALARMIERT": msg = ParserUtility.GetTextBetween(msg, null, "AUS"); last.Timestamp = ParserUtility.TryGetTimestampFromMessage(msg, DateTime.Now).ToString(); break; case "GEF. GERÄT": // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.RequestedEquipment.Add(msg); } operation.Resources.Add(last); last = new OperationResource(); break; } } break; case CurrentSection.FBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Picture += msg + Environment.NewLine; } break; case CurrentSection.GHinweis: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment.AppendLine(msg); } break; case CurrentSection.HFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) string keyword = ""; if (keywordsOnly) { if (!ParserUtility.StartsWithKeyword(line, _keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "ABSENDER": operation.CustomData["Absender"] = msg; break; case "FAX": operation.CustomData["Fax"] = msg; break; case "TERMIN": operation.CustomData["Termin"] = msg; break; } } break; case CurrentSection.BMitteiler: operation.Messenger = msg; break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ORT": { operation.Einsatzort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Einsatzort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", msg); } operation.Einsatzort.City = msg.Remove(0, operation.Einsatzort.ZipCode.Length).Trim(); // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = msg.IndexOf('-'); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex); } } break; case "OBJEKT": operation.Einsatzort.Property = msg; break; case "STATION": operation.CustomData["Einsatzort Station"] = msg; break; } } break; case CurrentSection.DZielort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Zielort Zusatz"] = appendix; operation.Zielort.Street = street; operation.Zielort.StreetNumber = streetNumber; } break; case "ORT": { operation.Zielort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Zielort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", msg); } operation.Zielort.City = msg.Remove(0, operation.Zielort.ZipCode.Length).Trim(); // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = msg.IndexOf('-'); if (dashIndex != -1) { // Ignore everything after the dash operation.Zielort.City = operation.Einsatzort.City.Substring(0, dashIndex); } } break; case "OBJEKT": operation.Zielort.Property = msg; break; case "STATION": operation.CustomData["Zielort Station"] = msg; break; } } break; case CurrentSection.EEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "PRIO.": operation.Priority = msg; break; } } break; case CurrentSection.FBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment += msg + Environment.NewLine; } break; case CurrentSection.GEinsatzmittel: { last.FullName = msg; operation.Resources.Add(last); last = new OperationResource(); } break; case CurrentSection.HFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; double geoX = 0, geoY = 0; NumberFormatInfo nfi = new NumberFormatInfo { NumberDecimalSeparator = "." }; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) string keyword = ""; if (keywordsOnly) { if (!ParserUtility.StartsWithKeyword(line, _keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "EINSATZNUMMER": operation.OperationNumber = msg; break; } } break; case CurrentSection.CKoordinaten: switch (prefix) { case "X": geoX = double.Parse(msg, nfi); break; case "Y": geoY = double.Parse(msg, nfi); var geo = GeographicCoords.FromGaussKrueger(geoX, geoY); operation.Einsatzort.GeoLatitude = geo.Latitude; operation.Einsatzort.GeoLongitude = geo.Longitude; break; } break; case CurrentSection.BMitteiler: switch (prefix) { case "NAME": operation.Messenger = msg; break; case "RUFNUMMER": operation.Messenger = operation.Messenger.AppendLine(string.Format("Nr.: {0}", msg)); break; } break; case CurrentSection.DEinsatzort: { switch (prefix) { case "STRAßE": operation.Einsatzort.Street = msg; break; case "HAUS-NR.": operation.Einsatzort.StreetNumber = msg; break; case "ORT": { operation.Einsatzort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (!string.IsNullOrWhiteSpace(operation.Einsatzort.ZipCode)) { operation.Einsatzort.City = msg.Replace(operation.Einsatzort.ZipCode, "").Trim(); } else { operation.Einsatzort.City = msg; } // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = operation.Einsatzort.City.IndexOf('-'); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex); } } break; case "OBJEKT": operation.Einsatzort.Property = msg; break; case "STATION": operation.CustomData["Einsatzort Station"] = msg; break; } } break; case CurrentSection.EZielort: { switch (prefix) { case "STRAßE": operation.Zielort.Street = msg; break; case "HAUS-NR.": operation.Zielort.StreetNumber = msg; break; case "ORT": operation.Zielort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (!string.IsNullOrWhiteSpace(operation.Zielort.ZipCode)) { operation.Zielort.City = msg.Replace(operation.Zielort.ZipCode, "").Trim(); } else { operation.Zielort.City = msg; } break; case "OBJEKT": operation.Zielort.Property = msg; break; case "STATION": operation.CustomData["Zielort Station"] = msg; break; } } break; case CurrentSection.FEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "STICHWORT": operation.Keywords.EmergencyKeyword = msg; break; } } break; case CurrentSection.HEinsatzmittel: { switch (prefix) { case "NAME": last.FullName = msg; break; case "GERÄT": // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.RequestedEquipment.Add(msg); } break; case "ALARMIERT": last.Timestamp = ParserUtility.TryGetTimestampFromMessage(msg, DateTime.Now).ToString(); operation.Resources.Add(last); last = new OperationResource(); break; } } break; case CurrentSection.GBemerkungen: { operation.Picture = operation.Picture.AppendLine(msg); } break; case CurrentSection.ZFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
Operation IParser.Parse(string[] lines) { var operation = new Operation(); var operationResource = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; InnerSection innerSection = InnerSection.AStraße; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } // Try to parse the header and extract date and time if possible operation.Timestamp = ReadFaxTimestamp(line, operation.Timestamp); if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) if (keywordsOnly) { if (!StartsWithKeyword(line, out var keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "EINSATZNUMMER": operation.OperationNumber = ParserUtility.GetTextBetween(msg, null, "ALARMZEIT"); operation.Timestamp = ReadFaxTimestamp(ParserUtility.GetTextBetween(msg, "ALARMZEIT", null), DateTime.Now); break; } } break; case CurrentSection.BMitteiler: { // This switch would not be necessary in this section (there is only "Name")... switch (prefix) { case "NAME": operation.Messenger = msg; break; } } break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { innerSection = InnerSection.AStraße; ParserUtility.AnalyzeStreetLine(msg, out var street, out var streetNumber, out var appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ABSCHNITT": break; case "ORT": { innerSection = InnerSection.BOrt; operation.Einsatzort.ZipCode = ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Einsatzort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", operation.Einsatzort.City); } operation.Einsatzort.City = msg.Remove(0, operation.Einsatzort.ZipCode.Length).Trim(); // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = operation.Einsatzort.City.IndexOf(" - ", StringComparison.Ordinal); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex).Trim(); } } break; case "OBJEKT": innerSection = InnerSection.CObjekt; operation.Einsatzort.Property = msg; break; case "KREUZUNG": operation.Einsatzort.Intersection = msg; break; case "STATION": operation.CustomData.Add("Einsatzort Station:", msg); break; case "KOORDINATE": Regex r = new Regex(@"\d+"); var matches = r.Matches(line); if (matches.Count == 2) { int geoRechts = Convert.ToInt32(matches[0].Value); int geoHoch = Convert.ToInt32(matches[1].Value); var geo = GeographicCoords.FromGaussKrueger(geoRechts, geoHoch); operation.Einsatzort.GeoLatitude = geo.Latitude; operation.Einsatzort.GeoLongitude = geo.Longitude; } break; default: switch (innerSection) { case InnerSection.AStraße: //Quite dirty because of Streetnumber. Looking for better solution operation.Einsatzort.Street += msg; break; case InnerSection.BOrt: operation.Einsatzort.City += msg; break; case InnerSection.CObjekt: operation.Einsatzort.Property += msg; break; } break; } } break; case CurrentSection.DEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "STICHWORT B": operation.Keywords.B = ParserUtility.GetTextBetween(msg, null, "STICHWORT RD:"); operation.Keywords.R = ParserUtility.GetTextBetween(msg, "STICHWORT RD:", null); break; case "STICHWORT SO": operation.Keywords.S = ParserUtility.GetTextBetween(msg, null, "STICHWORT TH:"); operation.Keywords.T = ParserUtility.GetTextBetween(msg, "STICHWORT TH:", "STICHWORT IN:"); operation.CustomData.Add("Stichwort IN:", ParserUtility.GetTextBetween(msg, "STICHWORT IN:", null)); break; case "PRIO.": operation.Priority = msg; break; } } break; case CurrentSection.EEinsatzmittel: { switch (prefix) { case "EINSATZMITTELNAME": operationResource.FullName = msg.Trim(); break; case "GEF. GERÄTE": // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { operationResource.RequestedEquipment.Add(msg); } operation.Resources.Add(operationResource); operationResource = new OperationResource(); break; } } break; case CurrentSection.FBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment.AppendLine(msg); } break; case CurrentSection.GFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
public AzureHDInsightRuntimeScriptActionOperationResource(RuntimeScriptAction runtimeScriptAction, OperationResource operationResource) : base(runtimeScriptAction) { if (operationResource.ErrorInfo != null) { ErrorMessage = operationResource.ErrorInfo.Message; } OperationState = operationResource.State.ToString(); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } // Try to parse the header and extract date and time if possible operation.Timestamp = ReadFaxTimestamp(line, operation.Timestamp); if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) if (keywordsOnly) { string keyword; if (!StartsWithKeyword(line, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "ABSENDER": operation.CustomData["Absender"] = msg; break; case "TERMIN": operation.CustomData["Termin"] = msg; break; case "EINSATZNUMMER": operation.OperationNumber = msg; break; } } break; case CurrentSection.BMitteiler: { // This switch would not be necessary in this section (there is only "Name")... switch (prefix) { case "NAME": operation.Messenger = msg; break; } } break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ORT": { operation.Einsatzort.ZipCode = ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Einsatzort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", operation.Einsatzort.City); } operation.Einsatzort.City = msg.Remove(0, operation.Einsatzort.ZipCode.Length).Trim(); // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = operation.Einsatzort.City.IndexOf('-'); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex).Trim(); } } break; case "OBJEKT": operation.Einsatzort.Property = msg; break; case "PLANNUMMER": operation.CustomData["Einsatzort Plannummer"] = msg; break; case "STATION": operation.CustomData["Einsatzort Station"] = msg; break; } } break; case CurrentSection.DZielort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Zielort Zusatz"] = appendix; operation.Zielort.Street = street; operation.Zielort.StreetNumber = streetNumber; } break; case "ORT": { string plz = ReadZipCodeFromCity(msg); operation.Zielort.ZipCode = plz; operation.Zielort.City = msg.Remove(0, plz.Length).Trim(); } break; case "OBJEKT": operation.Zielort.Property = msg; break; case "STATION": operation.CustomData["Zielort Station"] = msg; break; } } break; case CurrentSection.EEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "STICHWORT B": operation.Keywords.B = msg; break; case "STICHWORT T": operation.Keywords.T = msg; break; case "STICHWORT S": operation.Keywords.S = msg; break; case "STICHWORT I": operation.CustomData["Stichwort I"] = msg; break; case "STICHWORT R": operation.Keywords.R = msg; break; case "PRIO.": operation.Priority = msg; break; } } break; case CurrentSection.FEinsatzmittel: { if (line.StartsWith("NAME", StringComparison.CurrentCultureIgnoreCase)) { msg = GetMessageText(line, "NAME"); last.FullName = msg.Trim(); } else if (line.StartsWith("ALARMIERT", StringComparison.CurrentCultureIgnoreCase) && !string.IsNullOrEmpty(msg)) { msg = GetMessageText(line, "Alarmiert"); // In case that parsing the time failed, we just assume that the resource got requested right away. DateTime dt; // Most of the time the OCR-software reads the colon as a "1", so we check this case right here. if (!DateTime.TryParseExact(msg, "dd.MM.yyyy HH1mm", CultureInfo.InvariantCulture, DateTimeStyles.None, out dt)) { // If this is NOT the case and it was parsed correctly, try it here DateTime.TryParseExact(msg, "dd.MM.yyyy HH:mm", CultureInfo.InvariantCulture, DateTimeStyles.None, out dt); } last.Timestamp = dt.ToString(CultureInfo.InvariantCulture); } else if (line.StartsWith("AUSSTATTUNG", StringComparison.CurrentCultureIgnoreCase)) { msg = GetMessageText(line, "Ausstattung"); // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.RequestedEquipment.Add(msg); } // This line will end the construction of this resource. Add it to the list and go to the next. operation.Resources.Add(last); last = new OperationResource(); } } break; case CurrentSection.GBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment += msg + "\n"; } break; case CurrentSection.HFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } // Post-processing the operation if needed if (!string.IsNullOrWhiteSpace(operation.Comment) && operation.Comment.EndsWith("\n")) { operation.Comment = operation.Comment.Substring(0, operation.Comment.Length - 1).Trim(); } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); bool keywordsOnly = true; CurrentSection section = CurrentSection.AHeader; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) if (keywordsOnly) { string keyword; if (!ParserUtility.StartsWithKeyword(line, Keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "ABSENDER": operation.CustomData["Absender"] = msg; break; case "TERMIN": operation.CustomData["Termin"] = msg; break; case "EINSATZNUMMER": // Try to parse the header and extract date and time if possible operation.Timestamp = ParserUtility.ReadFaxTimestamp(line, operation.Timestamp); if (msg.ToUpperInvariant().Contains("ALARMZEIT")) { msg = msg.Substring(0, msg.ToUpperInvariant().IndexOf("ALARMZEIT")).Trim(); } operation.OperationNumber = msg; break; } } break; case CurrentSection.BMitteiler: { // This switch would not be necessary in this section (there is only "Name")... switch (prefix) { case "NAME": operation.Messenger = msg; break; } } break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ABSCHNITT": break; case "ORT": { operation.Einsatzort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Einsatzort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", operation.Einsatzort.City); } operation.Einsatzort.City = msg.Remove(0, operation.Einsatzort.ZipCode.Length).Trim(); // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = operation.Einsatzort.City.IndexOf('-'); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex).Trim(); } } break; case "OBJEKT": operation.Einsatzort.Property = msg; break; case "KREUZUNG": operation.Einsatzort.Intersection = msg; break; case "STATION": operation.CustomData["Einsatzort Station"] = msg; break; } } break; case CurrentSection.EEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "STICHWORT B": operation.Keywords.B = ParserUtility.GetTextBetween(msg, null, "STICHWORT RD:"); operation.Keywords.R = ParserUtility.GetTextBetween(msg, "STICHWORT RD:"); break; case "STICHWORT SO": operation.Keywords.S = ParserUtility.GetTextBetween(msg, null, "STICHWORT TH:"); operation.Keywords.T = ParserUtility.GetTextBetween(msg, "STICHWORT TH:", "STICHWORT IN:"); operation.CustomData["Stichwort IN"] = ParserUtility.GetTextBetween(msg, "STICHWORT IN:"); break; case "PRIO.": operation.Priority = msg; break; } } break; case CurrentSection.FEinsatzmittel: { switch (prefix) { case "EINSATZMITTELNAME": last.FullName = msg.Trim(); break; case "GEF. GERÄTE": // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.RequestedEquipment.Add(msg); } // This line will end the construction of this resource. Add it to the list and go to the next. operation.Resources.Add(last); last = new OperationResource(); break; } } break; case CurrentSection.GBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment += msg + "\n"; } break; case CurrentSection.HFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } // Post-processing the operation if needed if (!string.IsNullOrWhiteSpace(operation.Comment) && operation.Comment.EndsWith("\n")) { operation.Comment = operation.Comment.Substring(0, operation.Comment.Length - 1).Trim(); } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; for (int index = 0; index < lines.Length; index++) { string line = lines[index]; if (line.ToUpper().StartsWith("ALARMPLAN")) { String temp = line.Substring(line.ToUpper().IndexOf("EINSATZNUMMER", StringComparison.Ordinal)).Trim(); temp = temp.Substring(temp.IndexOf(" ", StringComparison.Ordinal)).Trim(); operation.OperationNumber = temp.Substring(0, temp.IndexOf(" ", StringComparison.Ordinal)).Trim(); section = CurrentSection.BBody; } else if (line.ToUpper().StartsWith("PLZ ORT")) { operation.Einsatzort.City = GetMessageText(line, "PLZ ORT"); } else if (line.ToUpper().StartsWith("STRASSE")) { operation.Einsatzort.Street = GetMessageText(line, "STRASSE"); } else if (line.ToUpper().StartsWith("OBJEKT")) { operation.Einsatzort.Property = GetMessageText(line, "OBJEKT"); } else if (line.ToUpper().StartsWith("TELEFON")) { operation.Messenger = GetMessageText(line, "TELEFON"); } else if (line.ToUpper().StartsWith("MELDUNG INFO")) { operation.Comment = GetMessageText(line, "MELDUNG INFO"); } else if (line.ToUpper().StartsWith("EINSATZART")) { operation.Keywords.Keyword = GetMessageText(line, "EINSATZART"); } else if (line.ToUpper().StartsWith("STICHWORT")) { operation.Keywords.EmergencyKeyword = GetMessageText(line, "STICHWORT"); } else if (line.ToUpper().StartsWith("ANFAHRT")) { section = CurrentSection.CAnfahrt; continue; } else if (line.ToUpper().StartsWith("BETEILIGTE EINSATZMITTEL")) { section = CurrentSection.DEinsatzMittel; continue; } else if (line.ToUpper().StartsWith("AP")) { section = CurrentSection.EFooter; } switch (section) { case CurrentSection.CAnfahrt: if (line.Contains("PLZ")) { operation.OperationPlan = line.Substring(0, line.ToUpper().IndexOf("PLZ", StringComparison.Ordinal)); String temp = line.Substring(line.ToUpper().IndexOf("PLZ", StringComparison.Ordinal)); if (temp.Contains(" ")) { temp = temp.Substring(temp.IndexOf(" ", StringComparison.Ordinal)); } operation.Einsatzort.ZipCode = temp.Trim(); } else { operation.OperationPlan = line; } //Only the first line is interesting ;) section = CurrentSection.BBody; break; case CurrentSection.DEinsatzMittel: if (line.ToUpper().Contains("FAHRZEUG")) { continue; } Regex timeStamp = new Regex("\\d\\d:\\d\\d:\\d\\d"); line = timeStamp.Replace(line, "").Trim(); OperationResource resource = new OperationResource { FullName = line }; operation.Resources.Add(resource); break; case CurrentSection.EFooter: return(operation); } } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); CurrentSection section = CurrentSection.Anfang; lines = Utilities.Trim(lines); string streetData = string.Empty; string sectionData = string.Empty; foreach (var line in lines) { string keyword; if (ParserUtility.StartsWithKeyword(line, _keywords, out keyword)) { switch (keyword.Trim()) { case "E-Nr": { section = CurrentSection.ENr; break; } case "EINSATZORT": { section = CurrentSection.Einsatzort; break; } case "STRAßE": { section = CurrentSection.Straße; break; } case "ABSCHNITT": { section = CurrentSection.Abschnitt; break; } case "KOORDINATEN": { section = CurrentSection.Koordinaten; break; } case "ORTSTEIL/ORT": case "ORTSTEIL / ORT": { section = CurrentSection.Ort; break; } case "OBJEKT": { section = CurrentSection.Objekt; break; } case "EINSATZPLAN": { section = CurrentSection.Einsatzplan; break; } case "MELDEBILD": { section = CurrentSection.Meldebild; break; } case "EINSATZSTICHWORT": { section = CurrentSection.Einsatzstichwort; break; } case "HINWEIS": { section = CurrentSection.Hinweis; break; } case "EINSATZMITTEL": { section = CurrentSection.Einsatzmittel; break; } case "(ALARMSCHREIBEN ENDE)": { section = CurrentSection.Ende; break; } } } switch (section) { case CurrentSection.ENr: string opnummer = ParserUtility.GetTextBetween(line, null, "ALARM"); string optime = ParserUtility.GetTextBetween(line, "ALARM"); operation.OperationNumber = ParserUtility.GetMessageText(opnummer, keyword); operation.Timestamp = ParserUtility.ReadFaxTimestamp(optime, DateTime.Now); break; case CurrentSection.Einsatzort: operation.Zielort.Location = ParserUtility.GetMessageText(line, keyword); break; case CurrentSection.Straße: string msg = ParserUtility.GetMessageText(line, keyword); streetData += msg; break; case CurrentSection.Abschnitt: sectionData += ParserUtility.GetMessageText(line, keyword); break; case CurrentSection.Ort: operation.Einsatzort.City = ParserUtility.GetMessageText(line, keyword); if (operation.Einsatzort.City.Contains(" - ")) { int i = operation.Einsatzort.City.IndexOf(" - "); operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, i).Trim(); } break; case CurrentSection.Objekt: operation.Einsatzort.Property += ParserUtility.GetMessageText(line, keyword); break; case CurrentSection.Einsatzplan: operation.OperationPlan = ParserUtility.GetMessageText(line, keyword); break; case CurrentSection.Meldebild: operation.Picture = operation.Picture.AppendLine(ParserUtility.GetMessageText(line, keyword)); break; case CurrentSection.Einsatzstichwort: operation.Keywords.EmergencyKeyword = ParserUtility.GetMessageText(line, keyword); break; case CurrentSection.Hinweis: operation.Comment = operation.Comment.AppendLine(ParserUtility.GetMessageText(line, keyword)); break; case CurrentSection.Einsatzmittel: if (line.Equals("EINSATZMITTEL: ", StringComparison.InvariantCultureIgnoreCase)) { break; } OperationResource resource = new OperationResource(); if (line.Contains('(')) { string tool = line.Substring(line.IndexOf("(", StringComparison.Ordinal) + 1); tool = tool.Length >= 2 ? tool.Substring(0, tool.Length - 2).Trim() : String.Empty; string unit = line.Substring(0, line.IndexOf("(", StringComparison.Ordinal)); resource.FullName = unit; resource.RequestedEquipment.Add(tool); operation.Resources.Add(resource); } break; case CurrentSection.Koordinaten: string coords = ParserUtility.GetMessageText(line, keyword); if (string.IsNullOrWhiteSpace(coords)) { break; } double east = double.Parse(coords.Split('/')[0], CultureInfo.InvariantCulture); double north = double.Parse(coords.Split('/')[1], CultureInfo.InvariantCulture); var geo = GeographicCoords.FromGaussKrueger(east, north); operation.Einsatzort.GeoLatitude = geo.Latitude; operation.Einsatzort.GeoLongitude = geo.Longitude; break; case CurrentSection.Ende: break; } } string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(streetData.Replace("1.2", ""), out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street.Trim(); operation.Einsatzort.StreetNumber = streetNumber; operation.Einsatzort.Intersection = sectionData; return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) string keyword = ""; if (keywordsOnly) { if (!StartsWithKeyword(line, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "EINSATZNUMMER": operation.OperationNumber = msg; break; } } break; case CurrentSection.BMitteiler: operation.Messenger = line.Remove(0, keyword.Length).Trim(); break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ORT": { Match zip = Regex.Match(msg, @"[0-9]{5}"); if (zip.Success) { operation.Einsatzort.ZipCode = zip.Value; operation.Einsatzort.City = msg.Replace(zip.Value, "").Trim(); } else { operation.Einsatzort.City = msg; } break; } case "GEMEINDE": { operation.CustomData.Add("GEMEINDE", msg); } break; case "OBJEKT": if (msg.Contains("EPN:")) { string epn = msg.Substring(msg.IndexOf("EPN", StringComparison.Ordinal)); epn = GetMessageText(epn, "EPN"); operation.OperationPlan = epn; operation.Einsatzort.Property = msg.Substring(0, msg.IndexOf("EPN", StringComparison.Ordinal)); } else { operation.Einsatzort.Property = msg; } break; case "KREUZUNG": operation.Einsatzort.Intersection = msg; break; } } break; case CurrentSection.DEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "STICHWORT": operation.Keywords.EmergencyKeyword = msg; break; case "PRIO.": operation.Priority = msg; break; } } break; case CurrentSection.EEinsatzmittel: { if (line.StartsWith("NAME", StringComparison.CurrentCultureIgnoreCase)) { msg = GetMessageText(line, "NAME"); last.FullName = msg; } else if (line.StartsWith("ALARMIERT", StringComparison.CurrentCultureIgnoreCase) && !string.IsNullOrEmpty(msg)) { msg = GetMessageText(line, "ALARMIERT"); // In case that parsing the time failed, we just assume that the resource got requested right away. DateTime dt; // Most of the time the OCR-software reads the colon as a "1", so we check this case right here. if (!DateTime.TryParseExact(msg, "dd.MM.yyyy HH1mm", CultureInfo.InvariantCulture, DateTimeStyles.None, out dt)) { // If this is NOT the case and it was parsed correctly, try it here DateTime.TryParseExact(msg, "dd.MM.yyyy HH:mm", CultureInfo.InvariantCulture, DateTimeStyles.None, out dt); } last.Timestamp = dt.ToString(CultureInfo.InvariantCulture); } else if (line.StartsWith("GEF. GERÄT", StringComparison.CurrentCultureIgnoreCase)) { msg = GetMessageText(line, "GEF. GERÄT"); // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.RequestedEquipment.Add(msg); } operation.Resources.Add(last); last = new OperationResource(); } } break; case CurrentSection.FBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment += msg + Environment.NewLine; } break; case CurrentSection.GFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) if (keywordsOnly) { string keyword; if (!ParserUtility.StartsWithKeyword(line, Keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "ABSENDER": operation.CustomData["Absender"] = msg; break; case "EINSATZNUMMER": operation.OperationNumber = ParserUtility.GetTextBetween(msg, null, "Alarmzeit:"); string timestamp = ParserUtility.GetTextBetween(msg, "Alarmzeit:"); operation.Timestamp = ParserUtility.ReadFaxTimestamp(timestamp, DateTime.Now); break; } } break; case CurrentSection.BMitteiler: { // This switch would not be necessary in this section (there is only "Name")... switch (prefix) { case "NAME": operation.Messenger = msg; break; case "TELEFON": operation.Messenger = string.Format("{0} Telefon: {1}", operation.Messenger, msg); break; } } break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ABSCHNITT": operation.CustomData["Einsatzort Abschnitt"] = msg; break; case "ORT": { operation.Einsatzort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Einsatzort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", operation.Einsatzort.City); } operation.Einsatzort.City = msg.Remove(0, operation.Einsatzort.ZipCode.Length).Trim(); // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = operation.Einsatzort.City.IndexOf(" - "); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex).Trim(); } } break; case "OBJEKT": operation.Einsatzort.Property = msg; break; case "KREUZUNG": operation.Einsatzort.Intersection = msg; break; case "STATION": operation.CustomData["Einsatzort Station"] = ParserUtility.GetTextBetween(msg, null, "Objektnummer"); operation.OperationPlan = ParserUtility.GetMessageText(ParserUtility.GetTextBetween(msg, "Objektnummer"), ""); break; } } break; case CurrentSection.DEinsatzgrund: { switch (prefix) { case "SCHLAGWORT.": operation.Keywords.Keyword = msg; break; case "- BRAND": operation.Keywords.B = msg; break; case "- RETTUNGSDIENST": operation.Keywords.R = msg; break; case "- SONSTIGES": operation.Keywords.S = msg; break; case "- THL": operation.Keywords.T = msg; break; case "- INFO": operation.CustomData["Stichwort I"] = msg; break; } } break; case CurrentSection.EEinsatzmittel: { switch (prefix) { case "EINSATZMITTELNAME": last.FullName = msg; break; case "GEF. GERÄTE": last.RequestedEquipment.Add(msg); operation.Resources.Add(last); last = new OperationResource(); break; } } break; case CurrentSection.FBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment.AppendLine(msg); } break; case CurrentSection.GFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) string keyword = ""; if (keywordsOnly) { if (!ParserUtility.StartsWithKeyword(line, _keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "EINSATZNUMMER": operation.OperationNumber = msg; break; } } break; case CurrentSection.BMitteiler: operation.Messenger = line.Remove(0, keyword.Length).Trim(); break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ORT": { Match zip = Regex.Match(msg, @"[0-9]{5}"); if (zip.Success) { operation.Einsatzort.ZipCode = zip.Value; operation.Einsatzort.City = msg.Replace(zip.Value, "").Trim(); } else { operation.Einsatzort.City = msg; } break; } case "GEMEINDE": { operation.CustomData.Add("GEMEINDE", msg); } break; case "OBJEKT": if (msg.Contains("EPN:")) { operation.Einsatzort.Property = ParserUtility.GetTextBetween(line, null, "EPN"); operation.OperationPlan = ParserUtility.GetTextBetween(line, "EPN"); } else { operation.Einsatzort.Property = msg; } break; case "KREUZUNG": operation.Einsatzort.Intersection = msg; break; } } break; case CurrentSection.DEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "STICHWORT": operation.Keywords.EmergencyKeyword = msg; break; case "PRIO.": operation.Priority = msg; break; } } break; case CurrentSection.EEinsatzmittel: { switch (prefix) { case "NAME": last.FullName = msg; break; case "ALARMIERT": last.Timestamp = ParserUtility.TryGetTimestampFromMessage(msg, DateTime.Now).ToString(); break; case "GEF. GERÄT": // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.RequestedEquipment.Add(msg); } operation.Resources.Add(last); last = new OperationResource(); break; } } break; case CurrentSection.FBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment.AppendLine(msg); } break; case CurrentSection.GFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; InnerSection innerSection = InnerSection.AStraße; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } // Try to parse the header and extract date and time if possible operation.Timestamp = ParserUtility.ReadFaxTimestamp(line, operation.Timestamp); if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) if (keywordsOnly) { string keyword; if (!ParserUtility.StartsWithKeyword(line, Keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "ALARM": operation.Timestamp = ParserUtility.ReadFaxTimestamp(msg, DateTime.Now); break; case "EINSATZNUMMER": operation.OperationNumber = msg; break; } } break; case CurrentSection.BMitteiler: { // This switch would not be necessary in this section (there is only "Name")... switch (prefix) { case "NAME": operation.Messenger = msg; break; case "RUFNUMMER": if (operation.Messenger != null) { operation.Messenger += " " + msg; } break; } } break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { innerSection = InnerSection.AStraße; string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Einsatzort Zusatz"] = appendix; operation.Einsatzort.Street = street; operation.Einsatzort.StreetNumber = streetNumber; } break; case "ABSCHNITT": operation.Einsatzort.Intersection = msg; break; case "ORT": { innerSection = InnerSection.BOrt; operation.Einsatzort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Einsatzort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", operation.Einsatzort.City); } operation.Einsatzort.City = msg.Remove(0, operation.Einsatzort.ZipCode.Length).Trim(); // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = operation.Einsatzort.City.IndexOf(" - "); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex).Trim(); } } break; case "OBJEKT": innerSection = InnerSection.CObjekt; operation.Einsatzort.Property = msg; break; case "EINSATZPLANNUMMER": operation.OperationPlan = msg; break; case "STATION": innerSection = InnerSection.DStation; operation.CustomData["Einsatzort Station"] = msg; break; default: switch (innerSection) { case InnerSection.AStraße: //Quite dirty because of Streetnumber. Looking for better solution operation.Einsatzort.Street += msg; break; case InnerSection.BOrt: operation.Einsatzort.City += msg; break; case InnerSection.CObjekt: operation.Einsatzort.Property += msg; break; case InnerSection.DStation: operation.CustomData["Einsatzort Station"] += msg; break; } break; } } break; case CurrentSection.DZielort: { switch (prefix) { case "STRAßE": { innerSection = InnerSection.AStraße; string street, streetNumber, appendix; ParserUtility.AnalyzeStreetLine(msg, out street, out streetNumber, out appendix); operation.CustomData["Zielort Zusatz"] = appendix; operation.Zielort.Street = street; operation.Zielort.StreetNumber = streetNumber; } break; case "ORT": { innerSection = InnerSection.BOrt; operation.Zielort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Zielort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", operation.Zielort.City); } operation.Zielort.City = msg.Remove(0, operation.Zielort.ZipCode.Length).Trim(); } break; case "OBJEKT": innerSection = InnerSection.CObjekt; operation.Zielort.Property = msg; break; case "STATION": innerSection = InnerSection.DStation; operation.CustomData["Zielort Station"] = msg; break; default: switch (innerSection) { case InnerSection.AStraße: //Quite dirty because of Streetnumber. Looking for better solution operation.Zielort.Street += msg; break; case InnerSection.BOrt: operation.Zielort.City += msg; break; case InnerSection.CObjekt: operation.Zielort.Property += msg; break; case InnerSection.DStation: operation.CustomData["Zielort Station"] += msg; break; } break; } } break; case CurrentSection.EEinsatzgrund: { switch (prefix) { case "SCHLAGW.": operation.Keywords.Keyword = msg; break; case "STICHWORT": operation.Keywords.EmergencyKeyword = msg; break; } } break; case CurrentSection.FEinsatzmittel: { switch (prefix) { case "NAME": last.FullName = msg.Trim(); break; case "GEF. GERÄTE": // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.RequestedEquipment.Add(msg); } break; case "ALARMIERT": // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.Timestamp = msg; } operation.Resources.Add(last); last = new OperationResource(); break; } } break; case CurrentSection.GBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment.AppendLine(msg); } break; case CurrentSection.HFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }
Operation IParser.Parse(string[] lines) { Operation operation = new Operation(); OperationResource last = new OperationResource(); lines = Utilities.Trim(lines); CurrentSection section = CurrentSection.AHeader; bool keywordsOnly = true; NumberFormatInfo nfi = new NumberFormatInfo { NumberDecimalSeparator = "." }; for (int i = 0; i < lines.Length; i++) { try { string line = lines[i]; if (line.Length == 0) { continue; } // Try to parse the header and extract date and time if possible operation.Timestamp = ParserUtility.ReadFaxTimestamp(line, operation.Timestamp); if (GetSection(line.Trim(), ref section, ref keywordsOnly)) { continue; } string msg = line; string prefix = ""; // Make the keyword check - or not (depends on the section we are in; see above) if (keywordsOnly) { string keyword; if (!ParserUtility.StartsWithKeyword(line, Keywords, out keyword)) { continue; } int x = line.IndexOf(':'); if (x == -1) { // If there is no colon found (may happen occasionally) then simply remove the length of the keyword from the beginning prefix = keyword; msg = line.Remove(0, prefix.Length).Trim(); } else { prefix = line.Substring(0, x); msg = line.Substring(x + 1).Trim(); } prefix = prefix.Trim().ToUpperInvariant(); } // Parse each section switch (section) { case CurrentSection.AHeader: { switch (prefix) { case "ABSENDER": operation.CustomData["Absender"] = msg; break; case "TERMIN": operation.CustomData["Termin"] = msg; break; case "EINSATZN.": operation.OperationNumber = msg; break; } } break; case CurrentSection.BMitteiler: { // This switch would not be necessary in this section (there is only "Name")... switch (prefix) { case "NAME": operation.Messenger = msg; break; } } break; case CurrentSection.CEinsatzort: { switch (prefix) { case "STRAßE": { operation.Einsatzort.Street = msg; } break; case "HAUS-NR.": { operation.Einsatzort.StreetNumber = msg; } break; case "ABSCHNITT": { operation.Einsatzort.Intersection = msg; } break; case "ORTSTEIL": { operation.CustomData["Einsatzort Ortsteil"] = msg; } break; case "ORT": { operation.Einsatzort.ZipCode = ParserUtility.ReadZipCodeFromCity(msg); if (string.IsNullOrWhiteSpace(operation.Einsatzort.ZipCode)) { Logger.Instance.LogFormat(LogType.Warning, this, "Could not find a zip code for city '{0}'. Route planning may fail or yield wrong results!", operation.Einsatzort.City); } operation.Einsatzort.City = msg.Remove(0, operation.Einsatzort.ZipCode.Length).Trim(); // The City-text often contains a dash after which the administrative city appears multiple times (like "City A - City A City A"). // However we can (at least with google maps) omit this information without problems! int dashIndex = operation.Einsatzort.City.IndexOf(" - "); if (dashIndex != -1) { // Ignore everything after the dash operation.Einsatzort.City = operation.Einsatzort.City.Substring(0, dashIndex).Trim(); } } break; case "KOORDINATE": Regex r = new Regex(@"\d+"); var matches = r.Matches(line); if (matches.Count > 2) { int rechts = Convert.ToInt32(matches[0].Value); int hoch = Convert.ToInt32(matches[1].Value); GaussKrueger gauss = new GaussKrueger(rechts, hoch); Geographic geo = (Geographic)gauss; operation.Einsatzort.GeoLatitude = geo.Latitude; operation.Einsatzort.GeoLongitude = geo.Longitude; } break; case "OBJEKT": operation.Einsatzort.Property = msg; break; case "EINSATZPLAN": operation.OperationPlan = msg; break; case "STATION": operation.CustomData["Einsatzort Station"] = msg; break; case "SCHLAGWORT": operation.Keywords.Keyword = msg; break; case "STICHWORT B": operation.Keywords.B = msg; break; case "STICHWORT T": operation.Keywords.T = msg; break; case "STICHWORT S": operation.Keywords.S = msg; break; case "STICHWORT I": operation.CustomData["Stichwort I"] = msg; break; case "STICHWORT R": operation.Keywords.R = msg; break; } } break; case CurrentSection.FEinsatzmittel: { switch (prefix) { case "NAME": last.FullName = msg.Trim(); break; case "AUSSTATTUNG": // Only add to requested equipment if there is some text, // otherwise the whole vehicle is the requested equipment if (!string.IsNullOrWhiteSpace(msg)) { last.RequestedEquipment.Add(msg); } // This line will end the construction of this resource. Add it to the list and go to the next. operation.Resources.Add(last); last = new OperationResource(); break; } } break; case CurrentSection.GBemerkung: { // Append with newline at the end in case that the message spans more than one line operation.Comment = operation.Comment.AppendLine(msg); } break; case CurrentSection.HFooter: // The footer can be ignored completely. break; } } catch (Exception ex) { Logger.Instance.LogFormat(LogType.Warning, this, "Error while parsing line '{0}'. The error message was: {1}", i, ex.Message); } } return(operation); }