public override EventPropertyWriter GetWriter(String propertyName)
{
if (WritablePropertyDescriptors == null)
{
InitializeWriters();
}
var pair = PropertyWriters.Get(propertyName);
if (pair != null)
{
return(pair.Second);
}
var property = PropertyParser.ParseAndWalk(propertyName, false);
if (property is MappedProperty)
{
var mapProp = (MappedProperty)property;
return(new MapEventBeanPropertyWriterMapProp(mapProp.PropertyNameAtomic, mapProp.Key));
}
if (property is IndexedProperty)
{
var indexedProp = (IndexedProperty)property;
return(new MapEventBeanPropertyWriterIndexedProp(indexedProp.PropertyNameAtomic, indexedProp.Index));
}
return(null);
}
private void StructureParseTypes(CSharpProject project, SDRepository sdRepository)
{
var types = project.Compilation.MainAssembly.TopLevelTypeDefinitions.ToList();
for (int j = 0; j < types.Count; j++)
{
var type = types[j];
if (types[j].Kind != TypeKind.Delegate)
{
PostParseMessage(_parserStrings.ParsingClass + ": " + string.Format("{0}.{1}", types[j].Namespace, types[j].Name));
var nameSpace = sdRepository.GetNamespaceByIdentifier(type.Namespace);
var namespaceRef = nameSpace ?? new SDNamespace(type.Namespace)
{
IsProjectStranger = true
};
var sdType = new SDType(type.GetIdentifier(), type.Name, namespaceRef)
{
Accessibility = type.GetDefinition().Accessibility.ToString().ToLower()
};
sdRepository.AddType(sdType);
EventParser.ParseMinimalFields(sdType, types[j]);
PropertyParser.ParseMinimalProperties(sdType, types[j]);
FieldParser.ParseMinimalFields(sdType, types[j]);
MethodParser.ParseMinimalConstructors(sdType, types[j]);
MethodParser.ParseMinimalMethods(sdType, types[j]);
sdRepository.AddNamespaceTypeRelation(types[j].Namespace, sdType.Identifier);
}
}
}
private static Pair <int, string> GetStreamIndex(string resolvedPropertyName)
{
var property = PropertyParser.ParseAndWalkLaxToSimple(resolvedPropertyName);
if (!(property is NestedProperty))
{
throw new IllegalStateException("Expected a nested property providing an index for array match '" + resolvedPropertyName + "'");
}
var nested = (NestedProperty)property;
if (nested.Properties.Count < 2)
{
throw new IllegalStateException("Expected a nested property name for array match '" + resolvedPropertyName + "', none found");
}
if (!(nested.Properties[0] is IndexedProperty))
{
throw new IllegalStateException("Expected an indexed property for array match '" + resolvedPropertyName + "', please provide an index");
}
var index = ((IndexedProperty)nested.Properties[0]).Index;
nested.Properties.RemoveAt(0);
var writer = new StringWriter();
nested.ToPropertyEPL(writer);
return(new Pair <int, string>(index, writer.ToString()));
}
public void SingleLine03()
{
Reader reader = Reader.CreateStringReader(ExampleStrings.Property.SingleLine03);
IDataParser parser = CreateDataParser(reader, PropertyParser.HierarchyParser(2));
AssertParsedUsingXml(parser, new HierarchyModel(PropertyModel.Factory("Property", "KEY-004", "[ 1] key of MSF004 FK:0")));
}
public void GetPropertiesTable7()
{
Hashtable propertiesTable;
// This is a failure case.
Assert.False(PropertyParser.GetTable(null, "Properties", new string[] { "=Debug" }, out propertiesTable));
}
/// <summary>
/// Create a Property object from an attribute specification.
/// </summary>
/// <param name="propertyList">The PropertyList object being built for this FO.</param>
/// <param name="value">The attribute value.</param>
/// <param name="fo">The current FO whose properties are being set.</param>
/// <returns>The initialized Property object.</returns>
public virtual Property Make(PropertyList propertyList, string value, FObj fo)
{
try
{
Property pret = null;
string pvalue = value;
pret = CheckEnumValues(value);
if (pret == null)
{
pvalue = CheckValueKeywords(value);
Property p = PropertyParser.parse(pvalue,
new PropertyInfo(this,
propertyList, fo));
pret = ConvertProperty(p, propertyList, fo);
}
else if (IsCompoundMaker())
{
pret = ConvertProperty(pret, propertyList, fo);
}
if (pret == null)
{
throw new PropertyException("No conversion defined");
}
else if (InheritsSpecified())
{
pret.SpecifiedValue = pvalue;
}
return(pret);
}
catch (PropertyException propEx)
{
throw new FonetException("Error in " + propName + " property value '" + value + "': " + propEx.Message);
}
}
public void SetUp()
{
Configuration = new CodeGeneratorConfiguration().MediaTypes;
dataTypeConfiguration = TestDataTypeProvider.All;
Parser = new PropertyParser(Configuration, dataTypeConfiguration);
}
private static void MergeIntoPropertyDictionary(
PropertyDictionary <ProjectPropertyInstance> properties,
string propertyNameAndValuesString,
string syntaxName)
{
if (!string.IsNullOrEmpty(propertyNameAndValuesString))
{
if (PropertyParser.GetTableWithEscaping(
null,
null,
null,
propertyNameAndValuesString.Split(PropertySeparator, StringSplitOptions.RemoveEmptyEntries),
out Dictionary <string, string> propertiesTable))
{
foreach (KeyValuePair <string, string> pair in propertiesTable)
{
properties[pair.Key] = ProjectPropertyInstance.Create(pair.Key, pair.Value);
}
}
else
{
throw new InvalidProjectFileException(string.Format(
CultureInfo.InvariantCulture,
ResourceUtilities.GetResourceString("General.InvalidPropertyError"),
syntaxName,
propertyNameAndValuesString));
}
}
}
protected ParsedPropertyPath ParsePath(string path, Type entityType)
{
var propertyParser = new PropertyParser();
var propertyPath = propertyParser.ParsePropertyOfType(path, entityType);
return(propertyPath);
}
private void ParseTypes()
{
var pi = 0;
for (int i = 0; i < _solution.Projects.Count; i++)
{
pi = i;
var types = _solution.Projects[i].Compilation.MainAssembly.TopLevelTypeDefinitions.ToList();
for (int j = 0; j < types.Count; j++)
{
if (types[j].Kind != TypeKind.Delegate)
{
PostProgress(_sdBuildStrings.ParsingClass + ": " + string.Format("{0}.{1}", types[j].Namespace, types[j].Name), j, types.Count, pi, _solution.Projects.Count);
var sdType = CreateSDType(types[j]);
EventParser.ParseMinimalFields(sdType, types[j]);
PropertyParser.ParseMinimalProperties(sdType, types[j]);
FieldParser.ParseMinimalFields(sdType, types[j]);
MethodParser.ParseMinimalConstructors(sdType, types[j]);
MethodParser.ParseMinimalMethods(sdType, types[j]);
_repository.AddNamespaceTypeRelation(types[j].Namespace, sdType.Identifier);
}
}
}
}
public override object ConvertFrom(ITypeDescriptorContext context, CultureInfo culture, object value)
{
var registry = AvaloniaPropertyRegistry.Instance;
var parser = new PropertyParser();
var(ns, owner, propertyName) = parser.Parse(new CharacterReader(((string)value).AsSpan()));
var ownerType = TryResolveOwnerByName(context, ns, owner);
var targetType = context.GetFirstParent <ControlTemplate>()?.TargetType ??
context.GetFirstParent <Style>()?.Selector?.TargetType ??
typeof(Control);
var effectiveOwner = ownerType ?? targetType;
var property = registry.FindRegistered(effectiveOwner, propertyName);
if (property == null)
{
throw new XamlLoadException($"Could not find property '{effectiveOwner.Name}.{propertyName}'.");
}
if (effectiveOwner != targetType &&
!property.IsAttached &&
!registry.IsRegistered(targetType, property))
{
Logger.Warning(
LogArea.Property,
this,
"Property '{Owner}.{Name}' is not registered on '{Type}'.",
effectiveOwner,
propertyName,
targetType);
}
return(property);
}
public static bool Parse(SyntaxContext context, int position)
{
var list = context.list;
var offset = 0;
var index = position;
var count = 0;
var isMissed = false;
if (!ParserHelper.IsKeyword(list[index], "not"))
{
return(false);
}
else
{
// ignored
}
offset += 1;
index = position + offset;
while (ParenParser.Parse(context, index))
{
;
}
while (TableIParser.Parse(context, index))
{
;
}
while (TableSParser.Parse(context, index))
{
;
}
while (ListParser.Parse(context, index))
{
;
}
while (PropertyParser.Parse(context, index))
{
;
}
while (IndexParser.Parse(context, index))
{
;
}
while (CallParser.Parse(context, index))
{
;
}
if (!list[index].isRightValue)
{
return(false);
}
else
{
// ignored
}
offset += 1;
index = position + offset;
context.Insert(position, ExpressionCreator.CreateNot(list, position, offset));
context.Remove(position + 1, offset);
return(true);
}
public void RegisterXML(
EventTypeMetadata metadata,
string representsFragmentOfProperty,
string representsOriginalTypeName)
{
var existing = _xmlFragmentEventTypeFactory.GetTypeByName(metadata.Name);
if (existing != null) {
HandleRegister(existing);
return;
}
var schemaType = _xmlFragmentEventTypeFactory.GetRootTypeByName(representsOriginalTypeName);
if (schemaType == null) {
throw new EPException("Failed to find XML schema type '" + representsOriginalTypeName + "'");
}
var prop = PropertyParser.ParseAndWalkLaxToSimple(representsFragmentOfProperty);
var schemaModelRoot = SchemaUtil.FindRootElement(
schemaType.SchemaModel,
schemaType.ConfigurationEventTypeXMLDOM.RootElementNamespace,
schemaType.RootElementName);
var item = prop.GetPropertyTypeSchema(schemaModelRoot);
var complex = (SchemaElementComplex) item;
var eventType = _xmlFragmentEventTypeFactory.GetCreateXMLDOMType(
representsOriginalTypeName,
metadata.Name,
metadata.ModuleName,
complex,
representsFragmentOfProperty);
HandleRegister(eventType);
}
public List<Message> getPropertyUrlsFromPropertyListPage(WebScraperModularized.data.Message propertyPageMessage)
{
URL myUrl = new URL();
myUrl.url = propertyPageMessage.url;
myUrl.zip_code = int.Parse(propertyPageMessage.zipcode);
var response = client.GetAsync(myUrl.url).Result; //make an HTTP call and get the html for this URL
string content = response.Content.ReadAsStringAsync().Result; //save HTML into string
PropertyParser parser = new PropertyParser(content, myUrl);
//parse the html
PropertyData propData = parser.parse();
//insert into DB
DBHelper.insertParsedProperties(propData);
Console.WriteLine("Stored {0} properties",
(propData != null && propData.urlList != null) ? propData.urlList.Count : 0);
List<Message> listOfPropertyUrl = new List<Message>();
foreach (var each in propData.urlList)
{
each.properties.ForEach(eachProperty =>
{
Message message = new Message();
message.url = eachProperty.url.url;
message.id = eachProperty.id;
listOfPropertyUrl.Add(message);
});
}
return listOfPropertyUrl;
}
public void GetTable1()
{
Assert.True(PropertyParser.GetTable(null, "Properties", null, out Dictionary<string, string> propertiesTable));
// We should have null table.
Assert.Null(propertiesTable);
}
private void ShouldParseGivenName()
{
const string expected = "some_name";
var actual = PropertyParser.ParsePerson($"{nameof(Person.GivenName)}", expected, null);
Assert.Equal(actual.GivenName, expected);
}
private void ShouldParseName()
{
const string expected = "some_name";
var actual = PropertyParser.ParseActivityCategory($"{nameof(ActivityCategory.Name)}", expected, null);
Assert.Equal(expected, actual.Name);
}
public void MultiLineLevel03()
{
Reader reader = Reader.CreateStringReader(ExampleStrings.Property.MultiLine03);
IDataParser parser = CreateDataParser(reader, PropertyParser.HierarchyParser(2));
AssertParsedUsingXml(parser,
new HierarchyModel(PropertyModel.Factory("Property", "END-DATE", "[ 11] Ending date DATE\nDB")));
}
protected override Type DoResolvePropertyType(String propertyExpression)
{
var ast = PropertyParser.Parse(propertyExpression);
return(PropertyParser.IsPropertyDynamic(ast)
? typeof(XNode)
: typeof(string));
}
private void ShouldParseSimilarJsonShape()
{
const string expected = "some_name";
var actual = PropertyParser.ParseCountry($"{nameof(Country.Name)}", expected, null);
Assert.Equal(actual.Name, expected);
}
public void GetPropertiesTable8()
{
Hashtable propertiesTable;
// This is a failure case. (Second property "x86" doesn't have a value.)
Assert.IsTrue(!PropertyParser.GetTable(null, "Properties",
new string[] { "Configuration=Debug", "x86" }, out propertiesTable));
}
private void ShouldParseSimilarJsonShape()
{
const string expected = "some_name";
var actual = PropertyParser.ParseDataSourceClassification($"{nameof(DataSourceClassification.Name)}", expected, null);
Assert.Equal(actual.Name, expected);
}
private void ShouldParseName()
{
const string expected = "some_name";
var actual = PropertyParser.ParseRegion($"{nameof(Region.Name)}", expected, null);
Assert.Equal(expected, actual.Name);
}
private void ShouldParseName()
{
const string expected = "some_name";
var actual = PropertyParser.ParseSectorCode($"{nameof(SectorCode.Name)}", expected, null);
Assert.Equal(actual.Name, expected);
}
protected override EventPropertyGetter DoResolvePropertyGetter(String propertyExpression)
{
var getter = _propertyGetterCache.Get(propertyExpression);
if (getter != null)
{
return(getter);
}
if (!ConfigurationEventTypeXMLDOM.IsXPathPropertyExpr)
{
var prop = PropertyParser.ParseAndWalkLaxToSimple(propertyExpression);
getter = prop.GetGetterDOM();
if (!prop.IsDynamic)
{
getter = new DOMConvertingGetter(propertyExpression, (DOMPropertyGetter)getter, typeof(string));
}
}
else
{
try
{
var ast = PropertyParser.Parse(propertyExpression);
var isDynamic = PropertyParser.IsPropertyDynamic(ast);
var xPathExpr = SimpleXMLPropertyParser.Walk(
ast,
propertyExpression,
RootElementName,
_defaultNamespacePrefix,
_isResolvePropertiesAbsolute);
if (Log.IsInfoEnabled)
{
Log.Info("Compiling XPath expression for property '" + propertyExpression + "' as '" + xPathExpr +
"'");
}
var xPathExpression = XPathExpression.Compile(xPathExpr, NamespaceContext);
var xPathReturnType = isDynamic ? XPathResultType.Any : XPathResultType.String;
getter = new XPathPropertyGetter(
propertyExpression,
xPathExpr,
xPathExpression,
xPathReturnType,
null,
null);
}
catch (XPathException e)
{
throw new EPException(
"Error constructing XPath expression from property name '" + propertyExpression + '\'', e);
}
}
// no fragment factory, fragments not allowed
_propertyGetterCache.Put(propertyExpression, getter);
return(getter);
}
public override ExprNode Validate(ExprValidationContext validationContext)
{
// rewrite expression into a table-access expression
if (validationContext.StreamTypeService.HasTableTypes)
{
ExprTableIdentNode tableIdentNode = validationContext.TableService.GetTableIdentNode(validationContext.StreamTypeService, _unresolvedPropertyName, _streamOrPropertyName);
if (tableIdentNode != null)
{
return(tableIdentNode);
}
}
string unescapedPropertyName = PropertyParser.UnescapeBacktick(_unresolvedPropertyName);
Pair <PropertyResolutionDescriptor, string> propertyInfoPair = ExprIdentNodeUtil.GetTypeFromStream(validationContext.StreamTypeService, unescapedPropertyName, _streamOrPropertyName, false);
_resolvedStreamName = propertyInfoPair.Second;
int streamNum = propertyInfoPair.First.StreamNum;
Type propertyType = propertyInfoPair.First.PropertyType;
_resolvedPropertyName = propertyInfoPair.First.PropertyName;
EventPropertyGetter propertyGetter;
try {
propertyGetter = propertyInfoPair.First.StreamEventType.GetGetter(_resolvedPropertyName);
}
catch (PropertyAccessException ex) {
throw new ExprValidationException("Property '" + _unresolvedPropertyName + "' is not valid: " + ex.Message, ex);
}
if (propertyGetter == null)
{
throw new ExprValidationException("Property getter returned was invalid for property '" + _unresolvedPropertyName + "'");
}
var audit = AuditEnum.PROPERTY.GetAudit(validationContext.Annotations);
if (audit != null)
{
_evaluator = new ExprIdentNodeEvaluatorLogging(streamNum, propertyGetter, propertyType, this, _resolvedPropertyName, validationContext.StatementName, validationContext.StreamTypeService.EngineURIQualifier);
}
else
{
_evaluator = new ExprIdentNodeEvaluatorImpl(streamNum, propertyGetter, propertyType, this);
}
// if running in a context, take the property value from context
if (validationContext.ContextDescriptor != null && !validationContext.IsFilterExpression)
{
EventType fromType = validationContext.StreamTypeService.EventTypes[streamNum];
string contextPropertyName = validationContext.ContextDescriptor.ContextPropertyRegistry.GetPartitionContextPropertyName(fromType, _resolvedPropertyName);
if (contextPropertyName != null)
{
EventType contextType = validationContext.ContextDescriptor.ContextPropertyRegistry.ContextEventType;
_evaluator = new ExprIdentNodeEvaluatorContext(streamNum, contextType.GetPropertyType(contextPropertyName), contextType.GetGetter(contextPropertyName));
}
}
return(null);
}
private void LoadSettings()
{
try { PropertyParser.ReadObjectFromXml(fileBrowserBox.Filename, this); }
catch (Exception ex)
{
MessageBox.Show("Failed to parse property file\n" + ex + "\nInner: \n" + ex.InnerException);
}
SetDebugDisplays();
}
public Test_PropertyParser()
{
ComplexProp = new ComplexClass1();
InitializeComponent();
List <PropertyInfo> props = PropertyParser.getParseableProperties(this.GetType());
debugCombo.Items.AddRange(props.ToArray());
debugCombo.SelectedIndex = 0;
}
private string TryKey(string key)
{
string propertyName = "m(\"" + key + "\")";
log.Debug(".tryKey propertyName=" + propertyName + " key=" + key);
Property property = PropertyParser.ParseAndWalk(propertyName, false);
return(((MappedProperty)property).Key);
}
public void GetTable1()
{
Hashtable propertiesTable;
Assert.IsTrue(PropertyParser.GetTable(null, "Properties", null, out propertiesTable));
// We should have null table.
Assert.IsNull(propertiesTable);
}
public void Can_parse_properties_from_arguements()
{
var arguements = new List<string>();
arguements.Add("-p:test1=1");
arguements.Add("/p:test2=2");
arguements.Add("\\p:test3=3");
arguements.Add("-p:test4=\"4\"");
var result = new PropertyParser().GetProperties(arguements, ref arguements);
Assert.IsTrue(result["test1"].Equals("1"));
Assert.IsTrue(result["test2"].Equals("2"));
Assert.IsTrue(result["test3"].Equals("3"));
Assert.IsTrue(result["test4"].Equals("4"));
}
public void Parse_Definition_WhenMissingOrUnknown_AndDefaultIsMissing_Throws()
{
CodeGenConfig = CodeGeneratorConfiguration.Create();
CodeGenConfig.TypeMappings.DefaultDefinitionId = "";
Configuration = CodeGenConfig.MediaTypes;
Parser = new PropertyParser(Configuration, DataTypeConfiguration);
ParseProperty(PureProperty);
}
