internal SignalWonderware(string signalInf, string code, DataType dataType, IProvider provider, int idInClone)
: base(signalInf, code, dataType, provider, idInClone)
{
TagName = Inf["TagName"];
Bit = Inf.GetInt("Bit", -1);
Value = new SingleValue(SingleType.List);
}
// If we need to access our owning structure, record the fact.
void CheckStructRel(SingleValue <string> val)
{
if (val.IsTarget)
{
UseStructure();
}
}
public VmEqVar(VmEquations parent, SingleValue singleValue, bool isCalculated, bool refreshNow = false)
{
try
{
DefineCommands();
_parent = parent;
_singleValue = singleValue;
_IsCalculated = isCalculated;
_knownUOM = _parent.ContentManager.DefaultUOMSet.FindFromParamType(singleValue.ParamType);
// ------------- Refresh items that will not change after this instance is created
OnPropertyChanged("IsCalculated");
OnPropertyChanged("CanChangeUom");
// ------------- Refresh other items if required
if (refreshNow)
{
RefreshThisData();
}
}
catch (Exception ex)
{
Logging.LogException(ex);
throw;
}
}
public static XElement generateFromSingleValue(SingleValue SV)
{
XElement XE = generateFromValue(SV);
XE.Name = "SingleValue";
return(XE);
}
static void Main(string[] args)
{
var single1 = new SingleValue();
var single2 = new SingleValue();
var many1 = new ManyValues();
var many2 = new ManyValues();
single1.Value = 1;
single2.Value = 2;
many1.Add(single1.Value);
many1.Add(single2.Value);
many2.Add(single2.Value);
many2.Add(single2.Value);
List <IValueContainer> x = new List <IValueContainer>();
x.Add(many1);
x.Add(many2);
x.Add(single1);
x.Add(single2);
Console.WriteLine(x.Sum());
Console.ReadLine();
}
internal static string ValueToString(this SingleValue value, params object[] args)
{
if (value == null)
{
return("<null>");
}
StringBuilder sb = new ();
sb.Append(value.GetType().Name);
sb.Append("(");
if (args != null)
{
for (int i = 0; i < args.Length; i++)
{
if (i > 0)
{
sb.Append(",");
}
sb.Append(args[i] == null ? "<null>" : args[i].ToString());
}
}
sb.Append(")");
return(sb.ToString());
}
public CalcValue(SingleValue value, CalcUnit signal = null)
{
Type = CalcValueType.Single;
SingleValue = value;
Signal = signal;
Error = value.Error;
}
public void AddWaitTag (string name, SingleValue<string> value)
{
if (wait_tags == null)
wait_tags = new Dictionary<string,SingleValue<string>> ();
wait_tags[name] = value;
}
public static void Run()
{
// ExStart:1
CellsApi cellsApi = new CellsApi(Common.APP_KEY, Common.APP_SID, Common.BASEPATH);
StorageApi storageApi = new StorageApi(Common.APP_KEY, Common.APP_SID, Common.BASEPATH);
String fileName = "Sample_Test_Book.xls";
String sheetName = "Sheet1";
String formula = "SUM(A5:A10)";
String storage = "";
String folder = "";
try
{
// Upload source file to aspose cloud storage
storageApi.PutCreate(fileName, "", "", System.IO.File.ReadAllBytes(Common.GetDataDir() + fileName));
// Invoke Aspose.Cells Cloud SDK API to calculate formula in a worksheet
SingleValueResponse apiResponse = cellsApi.GetWorkSheetCalculateFormula(fileName, sheetName, formula, storage, folder);
if (apiResponse != null && apiResponse.Status.Equals("OK"))
{
SingleValue resultValue = apiResponse.Value;
Console.WriteLine("Calculated value:" + resultValue.Value);
Console.ReadKey();
}
}
catch (Exception ex)
{
System.Diagnostics.Debug.WriteLine("error:" + ex.Message + "\n" + ex.StackTrace);
}
// ExEnd:1
}
public void ConstructorSetsValue()
{
var value = "a data value";
var result = new SingleValue(value);
Assert.AreEqual(value, result.Value);
}
static void Main(string[] args)
{
var stringOpt = Maybe <string> .Some("Hello, World");
Console.WriteLine($"The length of the given string is {stringOpt.Match(() => 0, _ => _.Length)}");
Console.WriteLine($"The length of the given string is {stringOpt.Map(_ => _.Length).Fold(0, (_, x) => x)}");
var lenOpt = from s in Maybe <string> .Some("Hello, World")
select s.Length;
Console.WriteLine($"The length of the given string is {lenOpt.GetOrElse(0)}");
var lenOpt2 = from s1 in Maybe <string> .None
select s1.Length;
Console.WriteLine($"The length of the given string is {lenOpt2.GetOrElse(0)}");
var userName1 = SingleValue <string> .Some("john");
var userName2 = SingleValue <string> .Some("john");
Console.WriteLine($"The two usernames are equal : {userName1 == userName2}");
((Maybe <string>)userName1).Match(() => null, _ => { Console.WriteLine("Call me Maybe!"); return(string.Empty); });
}
public void Test_SingleValue_Definition_OK()
{
SingleValue expected = new SingleValue();
expected.Name = "ola testing ah";
expected.Value = "11223355";
expected.Length = expected.Value.Length / 2;
XElement XE = new XElement("SingleValue");
XE.Add(new XAttribute("Length", expected.Length.ToString()));
XE.Add(new XAttribute("Default", expected.Value));
XE.Add(new XAttribute("Name", expected.Name));
ValueItem result = xmlParser.getItem(XE);
Assert.IsInstanceOfType(result, typeof(SingleValue));
SingleValue res = (SingleValue)result;
Assert.AreEqual(expected.Value, res.Value);
Assert.AreEqual(expected.Length, res.Length);
Assert.AreEqual(expected.Name, res.Name);
}
public void SingleValueEqualsWorks()
{
{
SingleValue <MyBoolean> sv1 = MyBoolean.TRUE;
SingleValue <MyBoolean> sv2 = MyBoolean.TRUE;
Assert.True(sv1.Equals(sv2));
}
{
SingleValue <MyBoolean> sv1 = MyBoolean.TRUE;
SingleValue <MyBoolean> sv2 = MyBoolean.FILE_NOT_FOUND;
Assert.False(sv1.Equals(sv2));
}
{
SingleValue <MyBoolean> sv1 = MyBoolean.FILE_NOT_FOUND;
SingleValue <MyBoolean> sv2 = (MyBoolean)2;
Assert.True(sv1.Equals(sv2));
}
{
SingleValue <int> sv1 = 42;
SingleValue <int> sv2 = 42;
Assert.True(sv1.Equals(sv2));
}
}
// ------------------------
private View DisplaySingleValue(SingleValue expr)
{
string text = expr.Text;
ResultLabel rLbl;
if (expr is Constant)
{
rLbl = new ConstantResultLabel()
{
Text = Constant.RemovePrefix(text),
VerticalOptions = LayoutOptions.Center,
HorizontalOptions = LayoutOptions.Center,
SingleResult = expr,
FontAttributes = FontAttributes.Italic,
};
}
else
{
rLbl = new ValueResultLabel()
{
Text = expr.Text,
VerticalOptions = LayoutOptions.Center,
HorizontalOptions = LayoutOptions.Center,
SingleResult = expr
};
}
return(rLbl);
}
public void SingleValueInvalidAssignmentThrows()
{
SingleValue <int> i1 = 4;
MyFalseEquatableItem i2 = new MyFalseEquatableItem();
Assert.Throws <ConfigItem.InvalidTypeAssignmentException>(() => i1.Assign(i2));
}
public void TestCase_SingleValue()
{
var d = 1.4f;
var value = new SingleValue();
Assert.AreEqual(PropertyDefinitionType.Data, value.PropertyDefType);
Assert.AreEqual(PropertyValueType.Single, value.Type);
Assert.True(value.IsNull);
Assert.Throws <Exception>(() => { var v = value.Value; });
Assert.Throws <Exception>(() => { var v = value.ValueAsString(); });
value.Value = d;
Assert.NotNull(value.Value);
Assert.AreEqual(d, value.Value);
Assert.AreEqual("1.4", value.ValueAsString());
Assert.False(value.IsNull);
value = new SingleValue(d);
Assert.False(value.IsNull);
Assert.NotNull(value.Value);
Assert.AreEqual(d, value.Value);
value.SetNull();
Assert.True(value.IsNull);
Assert.Throws <Exception>(() => { var v = value.Value; });
}
//Значение для записи в Value или Variables
private static string SvToStr(SingleValue sv)
{
if (sv == null || sv.Type == SingleType.Void)
{
return("");
}
if (sv.Type == SingleType.Segments)
{
if (sv.Error != null)
{
return("сегменты(Ошибка)");
}
return("сегменты");
}
var mv = sv.LastMoment;
string s = "";
if (mv.DataType != DataType.Value)
{
s = mv.DataType == DataType.Time ? mv.Date.ToStringWithMs() : mv.String;
}
if (mv.Error == null)
{
if (mv.Nd == 0)
{
return(s);
}
return(s + "(Nd=" + mv.Nd + ")");
}
if (mv.Nd == 0)
{
return(s + "(Ошибка)");
}
return(s + "(Ошибка,Nd=" + mv.Nd + ")");
}
public void Composer_SingleValue_OK()
{
// value in object
SingleValue value1 = new SingleValue();
value1.Name = "val 1";
value1.Value = "0022";
value1.Length = 2;
SingleValue value2 = new SingleValue();
value2.Name = "val 2";
value2.Value = string.Empty;
value2.Length = 2;
// value definition in XML
XElement definition = new XElement("Definition");
definition.Add(XElementHelper.generateFromSingleValue(value1));
definition.Add(XElementHelper.generateFromSingleValue(value2));
Composer composer = new Composer();
composer.ParseValueDefinition(definition);
Assert.AreEqual(2, composer.Vals.Count);
AreEqualSingleValue(value1, (SingleValue)composer.Vals[0]);
AreEqualSingleValue(value2, (SingleValue)composer.Vals[1]);
}
private void AreEqualSingleValue(SingleValue expected, SingleValue result)
{
Assert.IsInstanceOfType(result, typeof(SingleValue));
Assert.AreEqual(expected.Length, result.Length);
Assert.AreEqual(expected.Name, result.Name);
Assert.AreEqual(expected.Value, result.Value);
}
public void FullyConnectedLayerForwardPass()
{
var actual = _layer.PassForward(_input);
var expected = new SingleValue(new double[] { 0.602190358, 0.535738948, 0.225901511 });
Helper.CompareSingleValues(actual, expected);
}
internal SignalOvation(string signalInf, string code, DataType dataType, IProvider provider, int idInClone)
: base(signalInf, code, dataType, provider, idInClone)
{
Id = Inf.GetInt("Id");
Bit = Inf.GetInt("Bit", -1);
IsState = Inf["Prop"] == "STAT";
Value = new SingleValue(SingleType.List);
}
public _(SingleValue parent, IObserver <TSource> observer)
: base(observer)
{
_source = parent._source;
_value = parent._value;
_scheduler = parent.Scheduler;
_append = parent._append;
}
/// <summary>
/// Converts the data to a string separated value
/// </summary>
/// <param name="split">the separation character to use between the data elements (default is \)</param>
/// <returns>the data as a string</returns>
public string ToString(string split = "\\")
{
if (MultipicityValue.Count > 1)
{
return(string.Join(split, MultipicityValue.ToArray()));
}
return(SingleValue != null?SingleValue.ToString() : "");
}
public void CreateIntegerValue()
{
var value = new SingleValue <int>(42);
Assert.AreEqual(42, value.GetValue());
Assert.AreEqual(0, value.Rank);
Assert.AreEqual(0, value.Shape.Length);
}
public override string ToString()
{
if (MultipicityValue.Count > 1)
{
return(string.Join(" | ", MultipicityValue.ToArray()));
}
return(SingleValue != null?SingleValue.ToString() : "");
}
public override void Deserialize(XElement element)
{
if (element.HasAttribute("value"))
{
Value = new SingleValue();
Value.Deserialize(element);
}
}
public void SingleValueAssignmentChangesValue()
{
SingleValue <MyBoolean> sv1 = MyBoolean.TRUE;
SingleValue <MyBoolean> sv2 = MyBoolean.FILE_NOT_FOUND;
sv1.Assign(sv2);
Assert.Equal <MyBoolean>(MyBoolean.FILE_NOT_FOUND, sv2);
}
internal static int?AsConstInt(this SingleValue value)
{
if (value is ConstIntValue constInt)
{
return(constInt.Value);
}
return(null);
}
public void AddWaitTag(string name, SingleValue <string> value)
{
if (wait_tags == null)
{
wait_tags = new Dictionary <string, SingleValue <string> > ();
}
wait_tags[name] = value;
}
public void SingleValueDoesNotEqualNull()
{
SingleValue <int> sv = 42;
Assert.False(sv.Equals(null));
Assert.False(sv.Equals((SingleValue <int>)null));
Assert.False(sv.Equals((SingleValue <MyBoolean>)null));
Assert.False(sv.Equals((ConfigItem)null));
}
int CompileSingleValue(SingleValue <TargetBuilder> sv)
{
if (sv.IsTarget)
{
return(((WrenchTarget)(TargetBuilder)sv).Id);
}
return(RegisterResult((Result)sv));
}
public void ValueIsPassedCorrectly()
{
var expected = "some test value";
var original = new SingleValue
{
Value = expected
};
var result = original.DoRoundTripTest();
Assert.AreEqual(expected, result.Value);
}
public void AddDep (string arg, SingleValue<string> val)
{
info.AddDep (arg, val);
CheckStructRel (val);
}
public bool VisitDefaultValue (int arg, SingleValue<TargetBuilder> sv)
{
default_vals[arg] = bsg.CompileSingleValue (sv);
return false;
}
// Deps
public bool VisitUnnamed (SingleValue<TargetBuilder> sv)
{
return WriteValue ("u", -1, sv);
}
public bool VisitDefaultValue (int aid, SingleValue<TargetBuilder> sv)
{
return WriteValue ("D", aid, sv);
}
public void AddDefault (string arg, SingleValue<string> val)
{
info.SetDefault (arg, val);
CheckStructRel (val);
}
public void AddTag (string tag, SingleValue<string> val)
{
info.AddTag (tag, val);
CheckStructRel (val);
}
public LocalNativeRecord(MgReader reader, FixedWKTReader mgReader, MgAgfReaderWriter agfRw, MgWktReaderWriter wktRw)
{
for (int i = 0; i < reader.GetPropertyCount(); i++)
{
string name = reader.GetPropertyName(i);
_ordinalMap[i] = name;
var pt = (PropertyValueType)reader.GetPropertyType(name);
switch (pt)
{
case PropertyValueType.Blob:
_values[name] = new BlobValue();
break;
case PropertyValueType.Boolean:
_values[name] = new BooleanValue();
break;
case PropertyValueType.Byte:
_values[name] = new ByteValue();
break;
case PropertyValueType.Clob:
_values[name] = new ClobValue();
break;
case PropertyValueType.DateTime:
_values[name] = new DateTimeValue();
break;
case PropertyValueType.Double:
_values[name] = new DoubleValue();
break;
case PropertyValueType.Feature:
_values[name] = new FeatureValue();
break;
case PropertyValueType.Geometry:
_values[name] = new GeometryValue();
break;
case PropertyValueType.Int16:
_values[name] = new Int16Value();
break;
case PropertyValueType.Int32:
_values[name] = new Int32Value();
break;
case PropertyValueType.Int64:
_values[name] = new Int64Value();
break;
case PropertyValueType.Raster:
_values[name] = new RasterValue();
break;
case PropertyValueType.Single:
_values[name] = new SingleValue();
break;
case PropertyValueType.String:
_values[name] = new StringValue();
break;
}
}
for (int i = 0; i < reader.GetPropertyCount(); i++)
{
string name = _ordinalMap[i];
GetByteReaderMethod getblob = () => { return reader.GetBLOB(name); };
GetByteReaderMethod getclob = () => { return reader.GetCLOB(name); };
GetByteReaderMethod getgeom = () => { return reader.GetGeometry(name); };
if (!reader.IsNull(name))
{
var pt = (PropertyValueType)reader.GetPropertyType(name);
switch (pt)
{
case PropertyValueType.Blob:
((BlobValue)_values[name]).Value = Utility.StreamAsArray(new MgReadOnlyStream(getblob));
break;
case PropertyValueType.Boolean:
((BooleanValue)_values[name]).Value = reader.GetBoolean(name);
break;
case PropertyValueType.Byte:
((ByteValue)_values[name]).Value = reader.GetByte(name);
break;
case PropertyValueType.Clob:
byte [] b = Utility.StreamAsArray(new MgReadOnlyStream(getclob));
((ClobValue)_values[name]).Value = Encoding.UTF8.GetChars(b);
break;
case PropertyValueType.DateTime:
((DateTimeValue)_values[name]).Value = Utility.ConvertMgDateTime(reader.GetDateTime(name));
break;
case PropertyValueType.Double:
((DoubleValue)_values[name]).Value = reader.GetDouble(name);
break;
//case PropertyValueType.Feature:
case PropertyValueType.Geometry:
try
{
//TODO: See if SWIG issues come into play here
var geom = agfRw.Read(reader.GetGeometry(name));
var wkt = wktRw.Write(geom);
((GeometryValue)_values[name]).Value = mgReader.Read(wkt);
}
catch //Invalid geometry fail!
{
((GeometryValue)_values[name]).SetNull();
}
break;
case PropertyValueType.Int16:
((Int16Value)_values[name]).Value = reader.GetInt16(name);
break;
case PropertyValueType.Int32:
((Int32Value)_values[name]).Value = reader.GetInt32(name);
break;
case PropertyValueType.Int64:
((Int64Value)_values[name]).Value = reader.GetInt64(name);
break;
case PropertyValueType.Single:
((SingleValue)_values[name]).Value = reader.GetSingle(name);
break;
case PropertyValueType.String:
((StringValue)_values[name]).Value = reader.GetString(name);
break;
}
}
}
}
public bool VisitUnnamed (SingleValue<TargetBuilder> sv)
{
unnamed_vals.Add (bsg.CompileSingleValue (sv));
return false;
}
public bool VisitNamed (int arg, SingleValue<TargetBuilder> sv)
{
if (!named_vals.ContainsKey (arg))
named_vals[arg] = new List<int> ();
named_vals[arg].Add (bsg.CompileSingleValue (sv));
return false;
}
private static DataValue ConvertSingle(SingleValue singleValue, DataType dataType, bool truncate)
{
switch (dataType)
{
case DataType.DataType_String:
{
return new StringValue(singleValue.ToString());
}
case DataType.DataType_Double:
{
return new DoubleValue(Convert.ToDouble(singleValue.Single));
}
case DataType.DataType_Decimal:
{
return new DecimalValue(Convert.ToDouble(singleValue.Single));
}
case DataType.DataType_Int16:
{
float f = singleValue.Single;
try
{
short sh = Convert.ToInt16(f);
return new Int16Value(sh);
}
catch (OverflowException)
{
if (truncate)
{
if (f > (float)short.MaxValue)
return new Int16Value(short.MaxValue);
else if (f < (float)short.MinValue)
return new Int16Value(short.MinValue);
else
return new Int16Value((short)f);
}
}
return null;
}
case DataType.DataType_Int32:
{
if (truncate)
return new Int32Value(Convert.ToInt32(singleValue.Single));
else
return null;
}
case DataType.DataType_Int64:
{
if (truncate)
return new Int64Value(Convert.ToInt64(singleValue.Single));
else
return null;
}
default:
return null;
}
}
public bool VisitNamed (int aid, SingleValue<TargetBuilder> sv)
{
return WriteValue ("n", aid, sv);
}
// If we need to access our owning structure, record the fact.
void CheckStructRel (SingleValue<string> val)
{
if (val.IsTarget)
UseStructure ();
}
/// <summary>
/// Gets the values.
/// </summary>
/// <returns></returns>
public Dictionary<string, ValueExpression> GetValues()
{
Dictionary<string, ValueExpression> values = new Dictionary<string, ValueExpression>();
foreach (DataGridViewRow row in grdProperties.Rows)
{
string name = row.Cells[0].Value.ToString();
PropertyDefinition propDef = row.Cells[0].Tag as PropertyDefinition;
if (row.Cells[1].Value != null)
{
string str = row.Cells[1].Value.ToString();
if (!string.IsNullOrEmpty(str))
{
ValueExpression expr = null;
if (propDef.PropertyType == PropertyType.PropertyType_DataProperty)
{
DataPropertyDefinition dp = propDef as DataPropertyDefinition;
switch (dp.DataType)
{
case DataType.DataType_Boolean:
expr = new BooleanValue(Convert.ToBoolean(str));
break;
case DataType.DataType_Byte:
expr = new ByteValue(Convert.ToByte(str));
break;
case DataType.DataType_DateTime:
expr = new DateTimeValue(Convert.ToDateTime(str));
break;
case DataType.DataType_Decimal:
expr = new DecimalValue(Convert.ToDouble(str));
break;
case DataType.DataType_Double:
expr = new DoubleValue(Convert.ToDouble(str));
break;
case DataType.DataType_Int16:
expr = new Int16Value(Convert.ToInt16(str));
break;
case DataType.DataType_Int32:
expr = new Int32Value(Convert.ToInt32(str));
break;
case DataType.DataType_Int64:
expr = new Int64Value(Convert.ToInt64(str));
break;
case DataType.DataType_Single:
expr = new SingleValue(Convert.ToSingle(str));
break;
case DataType.DataType_String:
expr = new StringValue(str);
break;
default:
throw new NotSupportedException("Unsupported data type: " + dp.DataType);
}
}
else if (propDef.PropertyType == PropertyType.PropertyType_GeometricProperty)
{
FdoGeometryFactory fact = FdoGeometryFactory.Instance;
OSGeo.FDO.Geometry.IGeometry geom = fact.CreateGeometry(str);
byte[] fgf = fact.GetFgf(geom);
expr = new GeometryValue(fgf);
geom.Dispose();
}
if (expr != null)
values.Add(name, expr);
}
}
}
return values;
}
public void ConstructorSetsValue()
{
var value = "a data value";
var result = new SingleValue(value);
Assert.AreEqual(value, result.Value);
}
bool WriteValue (string elt, int aid, SingleValue<TargetBuilder> sv)
{
if (sv.IsTarget)
return WriteTarget (elt + "t", aid, (WrenchTarget) (TargetBuilder) sv);
else
return WriteResult (elt + "r", aid, (Result) sv);
}
void AddDictionaryValue (TargetBuilder tb, string key, SingleValue<string> val)
{
cur_constructed.tb.AddDep ("keys", new MBString (key));
cur_constructed.tb.AddDep ("vals", val);
}
public LinkList (SingleValue<string> item, LinkList prev)
{
this.item = item;
this.prev = prev;
}
public bool VisitDefaultOrdered (SingleValue<TargetBuilder> sv)
{
return WriteValue ("do", -1, sv);
}
// Conditionals
void SetupConditional (SingleValue<string> cond, SingleValue<string> ifyes,
SingleValue<string> ifno)
{
cur_constructed.tb.TemplateName = "Core.Switch";
cur_constructed.tb.AddDep ("cases", cond);
cur_constructed.tb.AddDefaultOrdered (ifyes);
cur_constructed.tb.AddDep ("cases", MBBool.True);
cur_constructed.tb.AddDefaultOrdered (ifno);
}
int CompileSingleValue (SingleValue<TargetBuilder> sv)
{
if (sv.IsTarget)
return ((WrenchTarget) (TargetBuilder) sv).Id;
return RegisterResult ((Result) sv);
}
public LinkList (SingleValue<string> item) : this (item, null) {}
public void SingleValueTest()
{
SingleValue target = new SingleValue();
target.InnerText = "NaN";
Assert.True(target.HasValue);
Assert.Equal(float.NaN, target.Value);
target.InnerText = "INF";
Assert.True(target.HasValue);
Assert.Equal(float.PositiveInfinity, target.Value);
target.InnerText = "-INF";
Assert.True(target.HasValue);
Assert.Equal(float.NegativeInfinity, target.Value);
target.InnerText = "765.43211234E11";
Assert.True(target.HasValue);
Assert.Equal((float)765.43211234E11, target.Value);
target.InnerText = "7E7";
Assert.True(target.HasValue);
Assert.Equal((float)7E7, target.Value);
target.InnerText = "1.0";
Assert.True(target.HasValue);
Assert.Equal((float)1.0, target.Value);
target.Value = (float)1.0;
Assert.True(target.HasValue);
Assert.Equal(((float)1.0).ToString(), target.InnerText);
target.Value = (float)7E7;
Assert.True(target.HasValue);
Assert.Equal(((float)7E7).ToString(), target.InnerText);
target.Value = (float)765.43211234E11;
Assert.True(target.HasValue);
Assert.Equal(((float)765.43211234E11).ToString(), target.InnerText);
target.Value = float.NaN;
Assert.True(target.HasValue);
Assert.Equal("NaN", target.InnerText);
target.Value = float.PositiveInfinity;
Assert.True(target.HasValue);
Assert.Equal("INF", target.InnerText);
target.Value = float.NegativeInfinity;
Assert.True(target.HasValue);
Assert.Equal("-INF", target.InnerText);
//target.InnerText = "Infinity";
//Assert.True(target.HasValue);
//Assert.Equal("INF", target.InnerText);
//target.InnerText = "-Infinity";
//Assert.True(target.HasValue);
//Assert.Equal("-INF", target.InnerText);
}
private void Prepare(PropertyValueCollection propVals)
{
propVals.Clear();
currentValues.Clear();
// I do not trust the long-term stability of the PropertyValueCollection
//
// So what we do is load it up once with LiteralValue references and manipulate these
// outside of the collection (via a cached dictionary). We cache everything from the wrapper API
// that can be cached in the managed world so that we only have minimal contact with it
// Omit read-only properties
using (FdoFeatureService service = _conn.CreateFeatureService())
{
ClassDefinition c = service.GetClassByName(this.ClassName);
foreach (PropertyDefinition p in c.Properties)
{
string name = p.Name;
PropertyValue pv = new PropertyValue(name, null);
if (p.PropertyType == PropertyType.PropertyType_DataProperty)
{
DataPropertyDefinition d = p as DataPropertyDefinition;
if (!d.ReadOnly && !d.IsAutoGenerated)
{
DataValue dv = null;
switch (d.DataType)
{
case DataType.DataType_BLOB:
dv = new BLOBValue();
break;
case DataType.DataType_Boolean:
dv = new BooleanValue();
break;
case DataType.DataType_Byte:
dv = new ByteValue();
break;
case DataType.DataType_CLOB:
dv = new CLOBValue();
break;
case DataType.DataType_DateTime:
dv = new DateTimeValue();
break;
case DataType.DataType_Decimal:
dv = new DecimalValue();
break;
case DataType.DataType_Double:
dv = new DoubleValue();
break;
case DataType.DataType_Int16:
dv = new Int16Value();
break;
case DataType.DataType_Int32:
dv = new Int32Value();
break;
case DataType.DataType_Int64:
dv = new Int64Value();
break;
case DataType.DataType_Single:
dv = new SingleValue();
break;
case DataType.DataType_String:
dv = new StringValue();
break;
}
if (dv != null)
{
pv.Value = dv;
propVals.Add(pv);
}
}
}
else if (p.PropertyType == PropertyType.PropertyType_GeometricProperty)
{
GeometricPropertyDefinition g = p as GeometricPropertyDefinition;
if (!g.ReadOnly)
{
GeometryValue gv = new GeometryValue();
pv.Value = gv;
propVals.Add(pv);
}
}
}
c.Dispose();
}
//Load property values into temp dictionary
foreach (PropertyValue p in propVals)
{
currentValues[p.Name.Name] = p.Value as LiteralValue;
}
if (propertySnapshot == null)
{
propertySnapshot = new List<string>();
foreach (PropertyValue p in propVals)
{
propertySnapshot.Add(p.Name.Name);
}
}
}
public void OpenXmlSimpleTypeConverterTest()
{
// 1. Base64BinaryValue
Base64BinaryValue base64 = new Base64BinaryValue();
base64 = "AA3322";
Assert.True("AA3322" == base64);
Assert.Equal("AA3322", base64.Value);
base64 = Base64BinaryValue.FromString("1234");
Assert.Equal("1234", base64.ToString());
Assert.Equal("1234", Base64BinaryValue.ToString(base64));
// 2. BooleanValue
BooleanValue booleanValue = new BooleanValue();
booleanValue = true;
Assert.True(booleanValue);
Assert.True(booleanValue.Value);
booleanValue = BooleanValue.FromBoolean(false);
Assert.False(booleanValue);
Assert.Equal(false, BooleanValue.ToBoolean(booleanValue));
// 3. ByteValue
ByteValue byteValue = new ByteValue();
Byte bt = 1;
byteValue = bt;
Assert.True(bt == byteValue);
Assert.Equal(bt, byteValue.Value);
bt = 2;
byteValue = ByteValue.FromByte(bt);
Assert.Equal(bt, ByteValue.ToByte(byteValue));
// 4. DateTimeValue
DateTimeValue dtValue = new DateTimeValue();
DateTime dt = DateTime.Now;
dtValue = dt;
Assert.True(dt == dtValue);
dt = DateTime.Now.AddDays(1);
dtValue = DateTimeValue.FromDateTime(dt);
Assert.Equal(dt, dtValue.Value);
Assert.Equal(dt, DateTimeValue.ToDateTime(dt));
// 5. DecimalValue
DecimalValue decimalValue = new DecimalValue();
decimal dcm = 10;
decimalValue = dcm;
Assert.True(dcm == decimalValue);
decimalValue = DecimalValue.FromDecimal(20);
Assert.Equal(20, decimalValue.Value);
Assert.Equal(20, DecimalValue.ToDecimal(decimalValue));
// 6. DoubleValue
DoubleValue doubleValue = new DoubleValue();
double dbl = 1.1;
doubleValue = dbl;
Assert.True(dbl == doubleValue);
doubleValue = DoubleValue.FromDouble(2.2);
Assert.Equal(2.2, doubleValue.Value);
Assert.Equal(2.2, DoubleValue.ToDouble(doubleValue));
// 7. HexBinaryValue
HexBinaryValue hexBinaryValue = new HexBinaryValue();
string hex = "0X99CCFF";
hexBinaryValue = hex;
Assert.True(hex == hexBinaryValue);
hex = "111111";
hexBinaryValue = HexBinaryValue.FromString(hex);
Assert.Equal(hex, hexBinaryValue.Value);
Assert.Equal(hex, HexBinaryValue.ToString(hexBinaryValue));
// 8. Int16
Int16Value int16Value = new Int16Value();
Int16 int16 = 16;
int16Value = int16;
Assert.True(int16 == int16Value);
int16 = 17;
int16Value = Int16Value.FromInt16(int16);
Assert.Equal(int16, int16Value.Value);
Assert.Equal(int16, Int16Value.ToInt16(int16Value));
// 9. Int32
Int32Value int32Value = new Int32Value();
Int32 int32 = 32;
int32Value = int32;
Assert.True(int32 == int32Value);
int32 = 33;
int32Value = Int32Value.FromInt32(int32);
Assert.Equal(int32, int32Value.Value);
Assert.Equal(int32, Int32Value.ToInt32(int32Value));
// 10. Int64
Int64Value int64Value = new Int64Value();
Int64 int64 = 64;
int64Value = int64;
Assert.True(int64 == int64Value);
int64 = 17;
int64Value = Int64Value.FromInt64(int64);
Assert.Equal(int64, int64Value.Value);
Assert.Equal(int64, Int64Value.ToInt64(int64Value));
// 11. IntegerValue
IntegerValue integerValue = new IntegerValue();
int integer = 64;
integerValue = integer;
Assert.True(integer == integerValue);
integer = 17;
integerValue = IntegerValue.FromInt64(integer);
Assert.Equal(integer, integerValue.Value);
Assert.Equal(integer, IntegerValue.ToInt64(integerValue));
// 12. OnOffValue
OnOffValue onOffValue = new OnOffValue();
onOffValue = true;
Assert.True(onOffValue);
onOffValue = OnOffValue.FromBoolean(false);
Assert.Equal(false, onOffValue.Value);
Assert.Equal(false, OnOffValue.ToBoolean(onOffValue));
// 13. SByteValue
SByteValue sbyteValue = new SByteValue();
SByte sbt = SByte.MaxValue;
sbyteValue = sbt;
Assert.True(sbt == sbyteValue);
sbt = SByte.MinValue;
sbyteValue = SByteValue.FromSByte(sbt);
Assert.Equal(sbt, sbyteValue.Value);
Assert.Equal(sbt, SByteValue.ToSByte(sbt));
// 14. SingleValue
SingleValue singleValue = new SingleValue();
Single single = Single.MaxValue;
singleValue = single;
Assert.True(single == singleValue);
single = Single.NaN;
singleValue = SingleValue.FromSingle(single);
Assert.Equal(single, singleValue.Value);
Assert.Equal(single, SingleValue.ToSingle(singleValue));
// 15. StringValue
StringValue stringValue = new StringValue();
String str = "Ethan";
stringValue = str;
Assert.True(str == stringValue);
str = "Yin";
stringValue = StringValue.FromString(str);
Assert.Equal(str, stringValue.Value);
Assert.Equal(str, stringValue.ToString());
Assert.Equal(str, StringValue.ToString(stringValue));
// 16. TrueFalseBlankValue
TrueFalseBlankValue tfbValue = new TrueFalseBlankValue();
tfbValue = true;
Assert.True(tfbValue);
tfbValue = TrueFalseBlankValue.FromBoolean(false);
Assert.Equal(false, tfbValue.Value);
Assert.Equal(false, TrueFalseBlankValue.ToBoolean(tfbValue));
// 17. TrueFalseValue
TrueFalseValue tfValue = new TrueFalseValue();
tfValue = true;
Assert.True(tfValue);
tfValue = TrueFalseValue.FromBoolean(false);
Assert.Equal(false, tfValue.Value);
Assert.Equal(false, TrueFalseValue.ToBoolean(tfValue));
// 18. UInt16Value
UInt16Value uint16Value = new UInt16Value();
UInt16 uint16 = UInt16.MaxValue;
uint16Value = uint16;
Assert.True(uint16 == uint16Value);
uint16 = UInt16.MinValue;
uint16Value = UInt16Value.FromUInt16(uint16);
Assert.Equal(uint16, uint16Value.Value);
Assert.Equal(uint16, UInt16Value.ToUInt16(uint16Value));
// 19. UInt32Value
UInt32Value uint32Value = new UInt32Value();
UInt32 uint32 = UInt32.MaxValue;
uint32Value = uint32;
Assert.True(uint32 == uint32Value);
uint32 = UInt32.MinValue;
uint32Value = UInt32Value.FromUInt32(uint32);
Assert.Equal(uint32, uint32Value.Value);
Assert.Equal(uint32, UInt32Value.ToUInt32(uint32Value));
// 20. UInt64Value
UInt64Value uint64Value = new UInt64Value();
UInt64 uint64 = UInt64.MaxValue;
uint64Value = uint64;
Assert.True(uint64 == uint64Value);
uint64 = UInt64.MinValue;
uint64Value = UInt64Value.FromUInt64(uint64);
Assert.Equal(uint64, uint64Value.Value);
Assert.Equal(uint64, UInt64Value.ToUInt64(uint64Value));
}
void SetTargetAsValue (SingleValue<string> val)
{
cur_targ.RuleType = typeof (CloneRule);
cur_targ.AddDep (val);
}
public void Bug520719()
{
// the following test should pass without Assert() in debug version.
var int8 = new SByteValue();
int8.InnerText = "+10";
Assert.Equal(10, int8.Value);
Assert.Equal("+10", int8.InnerText);
var int16 = new Int16Value();
int16.InnerText = "+10";
Assert.Equal(10, int16.Value);
Assert.Equal("+10", int16.InnerText);
var int32 = new Int32Value();
int32.InnerText = "+10";
Assert.Equal(10, int32.Value);
Assert.Equal("+10", int32.InnerText);
var int64 = new Int64Value();
int64.InnerText = "+10";
Assert.Equal(10, int64.Value);
Assert.Equal("+10", int64.InnerText);
var integer = new IntegerValue();
integer.InnerText = "+10";
Assert.Equal(10, integer.Value);
Assert.Equal("+10", integer.InnerText);
var dec = new DecimalValue();
dec.InnerText = "+10";
Assert.Equal(10, dec.Value);
Assert.Equal("+10", dec.InnerText);
var single = new SingleValue();
single.InnerText = "+10";
Assert.Equal(10, single.Value);
Assert.Equal("+10", single.InnerText);
var dble = new DoubleValue();
dble.InnerText = "+10";
Assert.Equal(10, dble.Value);
Assert.Equal("+10", dble.InnerText);
}
public XmlRecord(XmlProperty[] properties, FixedWKTReader wktReader, XmlNodeList propertyNodes, string nameElement, string valueElement)
{
for (int i = 0; i < properties.Length; i++)
{
string name = properties[i].Name;
_ordinalMap[i] = name;
switch (properties[i].Type)
{
case PropertyValueType.Blob:
_values[name] = new BlobValue();
break;
case PropertyValueType.Boolean:
_values[name] = new BooleanValue();
break;
case PropertyValueType.Byte:
_values[name] = new ByteValue();
break;
case PropertyValueType.Clob:
_values[name] = new ClobValue();
break;
case PropertyValueType.DateTime:
_values[name] = new DateTimeValue();
break;
case PropertyValueType.Double:
_values[name] = new DoubleValue();
break;
case PropertyValueType.Feature:
_values[name] = new FeatureValue();
break;
case PropertyValueType.Geometry:
_values[name] = new GeometryValue();
break;
case PropertyValueType.Int16:
_values[name] = new Int16Value();
break;
case PropertyValueType.Int32:
_values[name] = new Int32Value();
break;
case PropertyValueType.Int64:
_values[name] = new Int64Value();
break;
case PropertyValueType.Raster:
_values[name] = new RasterValue();
break;
case PropertyValueType.Single:
_values[name] = new SingleValue();
break;
case PropertyValueType.String:
_values[name] = new StringValue();
break;
}
}
foreach (XmlNode propNode in propertyNodes)
{
var name = propNode[nameElement].InnerText;
var valueNode = propNode[valueElement];
if (valueNode != null)
{
var value = valueNode.InnerText;
switch (_values[name].Type)
{
case PropertyValueType.Blob:
((BlobValue)_values[name]).Value = Encoding.UTF8.GetBytes(value);
break;
case PropertyValueType.Boolean:
((BooleanValue)_values[name]).Value = XmlConvert.ToBoolean(value);
break;
case PropertyValueType.Byte:
((ByteValue)_values[name]).Value = XmlConvert.ToByte(value);
break;
case PropertyValueType.Clob:
((ClobValue)_values[name]).Value = value.ToCharArray();
break;
case PropertyValueType.DateTime:
var dt = ConvertToDateTime(value);
if (dt.HasValue)
((DateTimeValue)_values[name]).Value = dt.Value;
break;
case PropertyValueType.Double:
((DoubleValue)_values[name]).Value = XmlConvert.ToDouble(value);
break;
case PropertyValueType.Feature:
((FeatureValue)_values[name]).Value = ConvertToFeatures(value);
break;
case PropertyValueType.Geometry:
((GeometryValue)_values[name]).Value = wktReader.Read(value);
break;
case PropertyValueType.Int16:
((Int16Value)_values[name]).Value = XmlConvert.ToInt16(value);
break;
case PropertyValueType.Int32:
((Int32Value)_values[name]).Value = XmlConvert.ToInt32(value);
break;
case PropertyValueType.Int64:
((Int64Value)_values[name]).Value = XmlConvert.ToInt64(value);
break;
case PropertyValueType.Raster:
((RasterValue)_values[name]).Value = ConvertToRaster(value);
break;
case PropertyValueType.Single:
((SingleValue)_values[name]).Value = XmlConvert.ToSingle(value);
break;
case PropertyValueType.String:
((StringValue)_values[name]).Value = value;
break;
}
}
}
}
public bool VisitDefaultOrdered (SingleValue<TargetBuilder> sv)
{
deford_vals.Add (bsg.CompileSingleValue (sv));
return false;
}