/// <param name="dataset"> StateMod dataset object. </param> /// <returns> validation results. </returns> public virtual StateMod_ComponentValidation validateComponent(StateMod_DataSet dataset) { StateMod_ComponentValidation validation = new StateMod_ComponentValidation(); string id = getID(); string name = getName(); string riverID = getCgoto(); string dailyID = getCrunidy(); // Make sure that basic information is not empty if (StateMod_Util.isMissing(id)) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream estimate identifier is blank.", "Specify a station identifier.")); } if (StateMod_Util.isMissing(name)) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream estimate \"" + id + "\" name is blank.", "Specify a station name to clarify data.")); } if (StateMod_Util.isMissing(riverID)) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream estimate \"" + id + "\" river ID is blank.", "Specify a river ID to associate the station with a river network node.")); } else { // Verify that the river node is in the data set, if the network is available if (dataset != null) { DataSetComponent comp = dataset.getComponentForComponentType(StateMod_DataSet.COMP_RIVER_NETWORK); //JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes: //ORIGINAL LINE: @SuppressWarnings("unchecked") java.util.List<StateMod_RiverNetworkNode> rinList = (java.util.List<StateMod_RiverNetworkNode>)comp.getData(); IList <StateMod_RiverNetworkNode> rinList = (IList <StateMod_RiverNetworkNode>)comp.getData(); if ((rinList != null) && (rinList.Count > 0)) { if (StateMod_Util.IndexOf(rinList, riverID) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream estimate \"" + id + "\" river network ID (" + riverID + ") is not found in the list of river network nodes.", "Specify a valid river network ID to associate the station with a river network node.")); } } } } // Verify that the daily ID is in the data set if (!StateMod_Util.isMissing(dailyID)) { if (dataset != null) { DataSetComponent comp = dataset.getComponentForComponentType(StateMod_DataSet.COMP_STREAMGAGE_STATIONS); //JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes: //ORIGINAL LINE: @SuppressWarnings("unchecked") java.util.List<StateMod_StreamGage> risList = (java.util.List<StateMod_StreamGage>)comp.getData(); IList <StateMod_StreamGage> risList = (IList <StateMod_StreamGage>)comp.getData(); if ((risList != null) && (risList.Count > 0)) { if (!dailyID.Equals("0") && !dailyID.Equals("3") && !dailyID.Equals("4") && (StateMod_Util.IndexOf(risList, dailyID) < 0)) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream estimate \"" + id + "\" daily ID (" + dailyID + ") is not 0, 3, or 4 and is not found in the list of stream gages.", "Specify the daily ID as 0, 3, 4, or that matches a stream gage ID.")); } } } } return(validation); }
/// <param name="dataset"> StateMod dataset object. </param> /// <returns> validation results. </returns> public virtual StateMod_ComponentValidation validateComponent(StateMod_DataSet dataset) { StateMod_ComponentValidation validation = new StateMod_ComponentValidation(); string id = getID(); string name = getName(); string cgoto = getCgoto(); string irtem = getIrtem(); double dcrifr = getDcrifr(); // Make sure that basic information is not empty if (StateMod_Util.isMissing(id)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow right identifier is blank.", "Specify a instream flow right identifier.")); } if (StateMod_Util.isMissing(name)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow right \"" + id + "\" name is blank.", "Specify an instream flow right name to clarify data.")); } if (StateMod_Util.isMissing(cgoto)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow right \"" + id + "\" station ID is blank.", "Specify an instream flow station to associate with the instream flow right.")); } else { // Verify that the instream flow station is in the data set, if the network is available DataSetComponent comp2 = dataset.getComponentForComponentType(StateMod_DataSet.COMP_INSTREAM_STATIONS); System.Collections.IList ifsList = (System.Collections.IList)comp2.getData(); if ((ifsList != null) && (ifsList.Count > 0)) { if (StateMod_Util.IndexOf(ifsList, cgoto) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow right \"" + id + "\" associated instream flow (" + cgoto + ") is not found in the list of instream flow stations.", "Specify a valid instream flow station ID to associate with the instream flow right.")); } } } if (StateMod_Util.isMissing(irtem)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow right \"" + id + "\" administration number is blank.", "Specify an administration number NNNNN.NNNNN.")); } else if (!StringUtil.isDouble(irtem)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow right \"" + id + "\" administration number (" + irtem + ") is invalid.", "Specify an administration number NNNNN.NNNNN.")); } else { double irtemd = double.Parse(irtem); if (irtemd < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow right \"" + id + "\" administration number (" + irtem + ") is invalid.", "Specify an administration number NNNNN.NNNNN.")); } } if (!(dcrifr >= 0.0)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow right \"" + id + "\" decree (" + StringUtil.formatString(dcrifr, "%.2f") + ") is invalid.", "Specify the decree as a number >= 0.")); } return(validation); }
/// <param name="dataset"> StateMod dataset object. </param> /// <returns> validation results. </returns> public virtual StateMod_ComponentValidation validateComponent(StateMod_DataSet dataset) { StateMod_ComponentValidation validation = new StateMod_ComponentValidation(); string id = getID(); string name = getName(); string riverID = getCgoto(); string dailyID = getCrunidy(); // Make sure that basic information is not empty if (StateMod_Util.isMissing(id)) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream gage identifier is blank.", "Specify a station identifier.")); } if (StateMod_Util.isMissing(name)) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream gage \"" + id + "\" name is blank.", "Specify a station name to clarify data.")); } if (StateMod_Util.isMissing(riverID)) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream gage \"" + id + "\" river ID is blank.", "Specify a river ID to associate the station with a river network node.")); } else { // Verify that the river node is in the data set, if the network is available if (dataset != null) { DataSetComponent comp = dataset.getComponentForComponentType(StateMod_DataSet.COMP_RIVER_NETWORK); System.Collections.IList rinList = (System.Collections.IList)comp.getData(); if ((rinList != null) && (rinList.Count > 0)) { if (StateMod_Util.IndexOf(rinList, riverID) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream gage \"" + id + "\" river network ID (" + riverID + ") is not found in the list of river network nodes.", "Specify a valid river network ID to associate the station with a river network node.")); } } } } // Verify that the daily ID is in the data set if (!StateMod_Util.isMissing(dailyID)) { if (dataset != null) { DataSetComponent comp = dataset.getComponentForComponentType(StateMod_DataSet.COMP_STREAMGAGE_STATIONS); System.Collections.IList risList = (System.Collections.IList)comp.getData(); if ((risList != null) && (risList.Count > 0)) { if (!dailyID.Equals("0") && !dailyID.Equals("3") && !dailyID.Equals("4") && (StateMod_Util.IndexOf(risList, dailyID) < 0)) { validation.add(new StateMod_ComponentValidationProblem(this, "Stream gage \"" + id + "\" daily ID (" + dailyID + ") is not 0, 3, or 4 and is not found in the list of stream gages.", "Specify the daily ID as 0, 3, 4, or that matches a stream gage ID.")); } } } } return(validation); }
/// <summary> /// Used to set a numeric value in a JTextField. This method will check the value /// and see if it is missing, and if so, will set the JTextField to "". Otherwise /// the text field will be filled with the value of the specified double. </summary> /// <param name="d"> the double to check and possibly put in the text field. </param> /// <param name="textField"> the JTextField to put the value in. </param> public static void checkAndSet(double d, JTextField textField) { if (StateMod_Util.isMissing(d)) { textField.setText(""); } else { textField.setText("" + d); } }
/// <summary> /// Used to set a numeric value in a JTextField. This method will check the value /// and see if it is missing, and if so, will set the JTextField to "". Otherwise /// the text field will be filled with the value of the specified int. </summary> /// <param name="i"> the int to check and possibly put in the text field. </param> /// <param name="textField"> the JTextField to put the value in. </param> public static void checkAndSet(int i, JTextField textField) { if (StateMod_Util.isMissing(i)) { textField.setText(""); } else { textField.setText("" + i); } }
/// <param name="dataset"> StateMod dataset object. </param> /// <returns> Validation results. </returns> public virtual StateMod_ComponentValidation validateComponent(StateMod_DataSet dataset) { StateMod_ComponentValidation validation = new StateMod_ComponentValidation(); string id = getID(); string name = getName(); string downstreamRiverID = getCstadn(); double gwmaxr = getGwmaxr(); // Make sure that basic information is not empty if (StateMod_Util.isMissing(id)) { validation.add(new StateMod_ComponentValidationProblem(this, "River node identifier is blank.", "Specify a river node identifier.")); } if (StateMod_Util.isMissing(name)) { validation.add(new StateMod_ComponentValidationProblem(this, "River node \"" + id + "\" name is blank.", "Specify a river node name to clarify data.")); } // Get the network list if available for checks below DataSetComponent comp = null; System.Collections.IList rinList = null; if (dataset != null) { comp = dataset.getComponentForComponentType(StateMod_DataSet.COMP_RIVER_NETWORK); rinList = (System.Collections.IList)comp.getData(); if ((rinList != null) && (rinList.Count == 0)) { // Set to null to simplify checks below rinList = null; } } if (StateMod_Util.isMissing(downstreamRiverID) && !name.Equals("END", StringComparison.OrdinalIgnoreCase) && !name.EndsWith("_END", StringComparison.Ordinal)) { validation.add(new StateMod_ComponentValidationProblem(this, "River node \"" + id + "\" downstream node ID is blank.", "Specify a downstream node ID.")); } else { // Verify that the downstream river node is in the data set, if the network is available - skip this // check for the end node. if ((rinList != null) && !name.Equals("END", StringComparison.OrdinalIgnoreCase) && !name.EndsWith("_END", StringComparison.Ordinal)) { if (StateMod_Util.IndexOf(rinList, downstreamRiverID) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "River node \"" + id + "\" downstream node ID (" + downstreamRiverID + ") is not found in the list of river network nodes.", "Specify a valid river network ID for the downstream node.")); } } } if (!StateMod_Util.isMissing(gwmaxr) && !(gwmaxr >= 0.0)) { validation.add(new StateMod_ComponentValidationProblem(this, "River node \"" + id + "\" maximum groundwater recharge (" + StringUtil.formatString(gwmaxr, "%.2f") + ") is invalid.", "Specify the maximum groundwater recharge as a number >= 0.")); } return(validation); }
/// <param name="dataset"> StateMod dataset object. </param> /// <returns> List of data that failed specific checks. </returns> public virtual StateMod_ComponentValidation validateComponent(StateMod_DataSet dataset) { StateMod_ComponentValidation validation = new StateMod_ComponentValidation(); string id = getID(); string name = getName(); string riverID = getCgoto(); string downstreamRiverID = getIfrrdn(); string dailyID = getCifridy(); int iifcom = getIifcom(); // Make sure that basic information is not empty if (StateMod_Util.isMissing(id)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow station identifier is blank.", "Specify a station identifier.")); } if (StateMod_Util.isMissing(name)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow station \"" + id + "\" name is blank.", "Specify an instream flow station name to clarify data.")); } // Get the network list if available for checks below DataSetComponent comp = null; System.Collections.IList rinList = null; if (dataset != null) { comp = dataset.getComponentForComponentType(StateMod_DataSet.COMP_RIVER_NETWORK); rinList = (System.Collections.IList)comp.getData(); if ((rinList != null) && (rinList.Count == 0)) { // Set to null to simplify checks below rinList = null; } } if (StateMod_Util.isMissing(riverID)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow station \"" + id + "\" river node ID is blank.", "Specify a river node ID to associate the instream flow station with a river network node.")); } else { // Verify that the river node is in the data set, if the network is available if (rinList != null) { if (StateMod_Util.IndexOf(rinList, riverID) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow station \"" + id + "\" river network ID (" + riverID + ") is not found in the list of river network nodes.", "Specify a valid river network ID to associate the instream flow station.")); } } } if (StateMod_Util.isMissing(downstreamRiverID)) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow station \"" + id + "\" downstream river node ID is blank.", "Specify a downstream river node ID to associate the instream flow station with a river network node.")); } else { // Verify that the river node is in the data set, if the network is available if (rinList != null) { if (StateMod_Util.IndexOf(rinList, downstreamRiverID) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow station \"" + id + "\" downstream river network ID (" + riverID + ") is not found in the list of river network nodes.", "Specify a valid river network ID to associate the instream flow station downstream node.")); } } } // Verify that the daily ID is in the data set (daily ID is allowed to be missing) if ((dataset != null) && !StateMod_Util.isMissing(dailyID)) { DataSetComponent comp2 = dataset.getComponentForComponentType(StateMod_DataSet.COMP_INSTREAM_STATIONS); System.Collections.IList ifsList = (System.Collections.IList)comp2.getData(); if (dailyID.Equals("0") || dailyID.Equals("3") || dailyID.Equals("4")) { // OK } else if ((ifsList != null) && (ifsList.Count > 0)) { // Check the instream flow station list if (StateMod_Util.IndexOf(ifsList, dailyID) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow station \"" + id + "\" daily ID (" + dailyID + ") is not 0, 3, or 4 and is not found in the list of instream flow stations.", "Specify the daily ID as 0, 3, 4, or a matching instream flow station ID.")); } } } IList <string> choices = getIifcomChoices(false); if (StringUtil.indexOfIgnoreCase(choices, "" + iifcom) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Instream flow station \"" + id + "\" data type (" + iifcom + ") is invalid.", "Specify the data type as one of " + choices)); } // TODO SAM 2009-06-01) evaluate how to check rights (with getRights() or checking the rights data // set component). return(validation); }
/// <param name="dataset"> StateMod dataset object. </param> /// <returns> validation results. </returns> public virtual StateMod_ComponentValidation validateComponent(StateMod_DataSet dataset) { StateMod_ComponentValidation validation = new StateMod_ComponentValidation(); string id = getID(); string name = getName(); string cgoto = getCgoto(); string irtem = getRtem(); double dcrres = getDcrres(); int iresco = getIresco(); int ityrsr = getItyrstr(); int n2fill = getN2fill(); string copid = getCopid(); // Make sure that basic information is not empty if (StateMod_Util.isMissing(id)) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right identifier is blank.", "Specify a reservoir right identifier.")); } if (StateMod_Util.isMissing(name)) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right \"" + id + "\" name is blank.", "Specify a reservoir right name to clarify data.")); } if (StateMod_Util.isMissing(cgoto)) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right \"" + id + "\" reservoir station ID is blank.", "Specify a reservoir station to associate with the reservoir right.")); } else { // Verify that the reservoir station is in the data set, if the network is available DataSetComponent comp2 = dataset.getComponentForComponentType(StateMod_DataSet.COMP_RESERVOIR_STATIONS); System.Collections.IList resList = (System.Collections.IList)comp2.getData(); if ((resList != null) && (resList.Count > 0)) { if (StateMod_Util.IndexOf(resList, cgoto) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right \"" + id + "\" associated reservoir (" + cgoto + ") is not found in the list of reservoir stations.", "Specify a valid reservoir station ID to associate with the reservoir right.")); } } } if (StateMod_Util.isMissing(irtem)) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right \"" + id + "\" administration number is blank.", "Specify an administration number NNNNN.NNNNN.")); } else if (!StringUtil.isDouble(irtem)) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right \"" + id + "\" administration number (" + irtem + ") is invalid.", "Specify an administration number NNNNN.NNNNN.")); } else { double irtemd = double.Parse(irtem); if (irtemd < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right \"" + id + "\" administration number (" + irtem + ") is invalid.", "Specify an administration number NNNNN.NNNNN.")); } } if (!(dcrres >= 0.0)) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right \"" + id + "\" decree (" + StringUtil.formatString(dcrres, "%.2f") + ") is invalid.", "Specify the decree as a number >= 0.")); } IList <string> choices = getIrescoChoices(false); if (StringUtil.indexOfIgnoreCase(choices, "" + iresco) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir \"" + id + "\" ownership code (" + iresco + ") is invalid.", "Specify the ownership code as one of " + choices)); } choices = getItyrsrChoices(false); if (StringUtil.indexOfIgnoreCase(choices, "" + ityrsr) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir \"" + id + "\" right type (" + ityrsr + ") is invalid.", "Specify the right type as one of " + choices)); } choices = getN2fillChoices(false); if (StringUtil.indexOfIgnoreCase(choices, "" + n2fill) < 0) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir \"" + id + "\" first fill type (" + n2fill + ") is invalid.", "Specify the first fill type as one of " + choices)); } if (ityrsr == -1) { if (StateMod_Util.isMissing(copid)) { validation.add(new StateMod_ComponentValidationProblem(this, "Reservoir right out-of-priority associated operational right identifier is blank.", "Specify an operational right identifier.")); } } return(validation); }