/// <summary>
/// Initialize data. </summary>
/// <param name="initialize_defaults"> If true, the time series are set to null and other
/// information is empty strings - this is suitable for the StateMod GUI. If false,
/// the data are set to missing - this is suitable for StateDMI where data will be filled. </param>
private void initialize(bool initialize_defaults)
{
_smdata_type = StateMod_DataSet.COMP_STREAMESTIMATE_STATIONS;
_cgoto = "";
_baseflow_MonthTS = null;
_baseflow_DayTS = null;
_related_smdata_type = StateMod_DataSet.COMP_UNKNOWN;
if (initialize_defaults)
{
// Reasonable defaults...
_crunidy = "0"; // Estimate average daily from monthly data.
}
else
{
// Missing...
_crunidy = "";
}
_georecord = null;
}
/// <summary>
/// Initialize data. </summary>
/// <param name="initialize_defaults"> If true, the time series are set to null and other
/// information to empty strings or other reasonable defaults - this is suitable
/// for the StateMod GUI when creating new instances. If false, the
/// data values are set to missing - this is suitable for use with StateDMI, where
/// data will be filled with commands. </param>
private void initialize(bool initialize_defaults)
{
_smdata_type = StateMod_DataSet.COMP_STREAMGAGE_STATIONS;
_cgoto = "";
_historical_MonthTS = null;
_historical_DayTS = null;
_baseflow_MonthTS = null;
_baseflow_DayTS = null;
if (initialize_defaults)
{
// Set to reasonable defaults...
_crunidy = "0"; // Use monthly data
}
else
{
// Initialize to missing
_crunidy = "";
}
_georecord = null;
}
/// <summary>
/// Initialize data. </summary>
/// <param name="initializeDefaults"> If true, then data values are initialized to
/// reasonable defaults - this is suitable for adding a new instance in the
/// StateMod GUI. If false, data values are initialized to missing - this is
/// suitable for a new instance in StateDMI. </param>
private void initialize(bool initializeDefaults)
{
_smdata_type = StateMod_DataSet.COMP_INSTREAM_STATIONS;
_ifrrdn = "";
if (initializeDefaults)
{
_cifridy = "0"; // Estimate average daily data from monthly
_iifcom = 2; // Default to annual
}
else
{
_cifridy = "";
_iifcom = StateMod_Util.MISSING_INT;
}
_rights = new List <StateMod_InstreamFlowRight>();
_demand_DayTS = null;
_demand_MonthTS = null;
_demand_average_MonthTS = null;
_georecord = null;
}
/// <summary>
/// Set the geographic information object associated with the diversion. </summary>
/// <param name="georecord"> Geographic record associated with the diversion. </param>
public virtual void setGeoRecord(GeoRecord georecord)
{
_georecord = georecord;
}
public void NdefMultipleWithNoise()
{
// Arrange
// Extract the data from the Mifare card dump
var extract = ExtractAllBlocksFromCardDump(CardDumpExamples.Memory1KDump2RecordsWithNoise);
// Get the NDEF section from the card dump
var ndef = ExtractAllMessage(extract);
// Act
// Get the NDEF Message
NdefMessage message = new NdefMessage(ndef);
var geo = new GeoRecord(message.Records.First());
// Create a new Geo Record with same data
var geoNew = new GeoRecord(48.853231, 2.349207);
// Set same header as for the previous one with the first message
geoNew.Header.MessageFlag |= MessageFlag.MessageBegin;
Span <byte> geoNewSerialized = new byte[geoNew.Length];
Span <byte> geoSerialized = new byte[geo.Length];
geoNew.Serialize(geoNewSerialized);
message.Records.First().Serialize(geoSerialized);
// Assert
// Check if all is ok
Assert.Equal(2, message.Records.Count);
Assert.True(message.Records.First().Header.IsFirstMessage);
Assert.True(message.Records.Last().Header.IsLastMessage);
Assert.True(GeoRecord.IsGeoRecord(message.Records.First()));
Assert.Equal(48.853231, geo.Latitude);
Assert.Equal(2.349207, geo.Longitude);
Assert.Equal(geoSerialized.ToArray(), geoNewSerialized.ToArray());
// Act
// Create a new MEdia record which is the same
var mediaNew = new MediaRecord("image/jpeg", Encoding.UTF8.GetBytes("Test but not an image"));
mediaNew.Header.MessageFlag |= MessageFlag.MessageEnd;
Span <byte> mediaNewSerialized = new byte[mediaNew.Length];
Span <byte> mediaSerialized = new byte[message.Records.Last().Length];
mediaNew.Serialize(mediaNewSerialized);
message.Records.Last().Serialize(mediaSerialized);
// Assert
Assert.Equal(mediaSerialized.ToArray(), mediaNewSerialized.ToArray());
// Arrange
// Now create a new message and add the 2 records. We will before remove the
// message begin and begin end flags to make sure they're properly create by
// The serialize function
geoNew.Header.MessageFlag &= ~MessageFlag.MessageBegin;
mediaNew.Header.MessageFlag &= ~MessageFlag.MessageEnd;
var messageNew = new NdefMessage();
messageNew.Records.Add(geoNew);
messageNew.Records.Add(mediaNew);
Span <byte> messageNewSerialiazed = new byte[messageNew.Length];
// Act
messageNew.Serialize(messageNewSerialiazed);
// Assert
Assert.Equal(ndef, messageNewSerialiazed.ToArray());
// Act
// Check that the serialized buffer is the same at the raw record
Span <byte> serializedMessage = new byte[message.Length];
message.Serialize(serializedMessage);
// Assert
Assert.Equal(ndef, serializedMessage.ToArray());
}
/// <summary>
/// Responds to action performed events. </summary>
/// <param name="e"> the ActionEvent that happened. </param>
public virtual void actionPerformed(ActionEvent e)
{
string routine = "StateMod_RiverNetworkNode_JFrame.actionPerformed";
if (Message.isDebugOn)
{
Message.printDebug(1, routine, "In actionPerformed: " + e.getActionCommand());
}
object source = e.getSource();
if (source == __closeJButton)
{
saveCurrentRecord();
int size = __riverNetworkNodesVector.Count;
StateMod_RiverNetworkNode r = null;
bool changed = false;
for (int i = 0; i < size; i++)
{
r = __riverNetworkNodesVector[i];
if (!changed && r.changed())
{
changed = true;
}
r.acceptChanges();
}
if (changed)
{
__dataset.setDirty(StateMod_DataSet.COMP_RIVER_NETWORK, true);
}
if (__dataset_wm != null)
{
__dataset_wm.closeWindow(StateMod_DataSet_WindowManager.WINDOW_RIVER_NETWORK);
}
else
{
JGUIUtil.close(this);
}
}
else if (source == __applyJButton)
{
saveCurrentRecord();
int size = __riverNetworkNodesVector.Count;
StateMod_RiverNetworkNode r = null;
bool changed = false;
for (int i = 0; i < size; i++)
{
r = __riverNetworkNodesVector[i];
if (!changed && r.changed())
{
changed = true;
}
r.createBackup();
}
if (changed)
{
__dataset.setDirty(StateMod_DataSet.COMP_RIVER_NETWORK, true);
}
}
else if (source == __cancelJButton)
{
int size = __riverNetworkNodesVector.Count;
StateMod_RiverNetworkNode r = null;
for (int i = 0; i < size; i++)
{
r = __riverNetworkNodesVector[i];
r.restoreOriginal();
}
if (__dataset_wm != null)
{
__dataset_wm.closeWindow(StateMod_DataSet_WindowManager.WINDOW_RIVER_NETWORK);
}
else
{
JGUIUtil.close(this);
}
}
else if (source == __helpJButton)
{
// REVISIT HELP (JTS - 2003-08-18)
}
else if (source == __searchIDJRadioButton)
{
__searchName.setEditable(false);
__searchID.setEditable(true);
}
else if (source == __searchNameJRadioButton)
{
__searchName.setEditable(true);
__searchID.setEditable(false);
}
else if (source == __showOnMap_JButton)
{
GeoRecord geoRecord = getSelectedRiverNetworkNode().getGeoRecord();
GRShape shape = geoRecord.getShape();
__dataset_wm.showOnMap(getSelectedRiverNetworkNode(), "Node: " + getSelectedRiverNetworkNode().getID() + " - " + getSelectedRiverNetworkNode().getName(), new GRLimits(shape.xmin, shape.ymin, shape.xmax, shape.ymax), geoRecord.getLayer().getProjection());
}
else if (source == __showOnNetwork_JButton)
{
StateMod_Network_JFrame networkEditor = __dataset_wm.getNetworkEditor();
if (networkEditor != null)
{
HydrologyNode node = networkEditor.getNetworkJComponent().findNode(getSelectedRiverNetworkNode().getID(), false, false);
if (node != null)
{
__dataset_wm.showOnNetwork(getSelectedRiverNetworkNode(), "Node: " + getSelectedRiverNetworkNode().getID() + " - " + getSelectedRiverNetworkNode().getName(), new GRLimits(node.getX(), node.getY(), node.getX(), node.getY()));
}
}
}
else if (source == __findNext)
{
searchWorksheet(__worksheet.getSelectedRow() + 1);
}
else if (source == __searchID || source == __searchName)
{
searchWorksheet(0);
}
}
