public void IterateThrough_fromRoot(
string iteration_in,
cClaSSe.dIteration_found iteration_found_in
)
{
OGen.lib.generator.utils.ReflectThrough(
this,
Root_Schema,
iteration_found_in,
iteration_in,
Root_Schema,
false,
true
);
}
public static string ReflectThrough(
object someClass_in,
string path_in,
cClaSSe.dIteration_found iteration_found_in,
string iteration_in,
string pathTranslated_in,
bool returnValue_in,
bool anyAttribute_notJustXml
)
{
bool _valueHasBeenFound = false;
return(ReflectThrough(
someClass_in,
path_in,
iteration_found_in,
iteration_in,
pathTranslated_in,
returnValue_in,
anyAttribute_notJustXml,
out _valueHasBeenFound
));
}
public void IterateThrough_fromHere(string iteration_in, string path_in, cClaSSe.dIteration_found iteration_found_in)
{
classstateapi_.IterateThrough_fromHere(iteration_in, path_in, iteration_found_in);
}
public void IterateThrough_fromRoot(string iteration_in, cClaSSe.dIteration_found iteration_found_in)
{
classstateapi_.IterateThrough_fromRoot(iteration_in, iteration_found_in);
}
public void IterateThrough_fromRoot(
string iteration_in,
cClaSSe.dIteration_found iteration_found_in
)
{
bool _didit = false;
if (
iteration_in.Substring(0, ExtendedMetadata.ROOT_METADATA.Length)
== ExtendedMetadata.ROOT_METADATA
)
{
extendedmetadata_.IterateThrough_fromRoot(
iteration_in,
iteration_found_in
);
_didit = true;
}
else
{
string _begin;
string _indexstring;
string _end;
if (OGen.lib.generator.utils.rootExpression_TryParse(
iteration_in,
ROOT_SCHEMA,
out _begin,
out _indexstring,
out _end
))
{
if (_indexstring == "n")
{
for (int i = 0; i < schemacollection_.Count; i++)
{
schemacollection_[i].IterateThrough_fromRoot(
string.Format(
"{0}{1}{2}",
_begin,
i,
_end
),
iteration_found_in
);
}
_didit = true;
}
else
{
int _indexint = int.Parse(_indexstring);
schemacollection_[
_indexint
].IterateThrough_fromRoot(
string.Format(
"{0}{1}{2}",
_begin,
_indexint,
_end
),
iteration_found_in
);
_didit = true;
}
}
}
if (!_didit)
{
throw new Exception(string.Format(
"\n---\n{0}.{1}.IterateThrough_fromRoot(...): can't handle: {2}\n---",
typeof(RootMetadata).Namespace,
typeof(RootMetadata).Name,
iteration_in
));
}
}
public void IterateThrough_fromRoot(
string iteration_in,
cClaSSe.dIteration_found iteration_found_in
)
{
bool _didit = false;
string _begin;
string _indexstring;
string _end;
if (OGen.lib.generator.utils.rootExpression_TryParse(
iteration_in,
ROOT_DOCUMENTATION,
out _begin,
out _indexstring,
out _end
))
{
if (_indexstring == "n")
{
for (int i = 0; i < documentationcollection_.Count; i++)
{
documentationcollection_[i].IterateThrough_fromRoot(
string.Format(
"{0}{1}{2}",
_begin,
i,
_end
),
iteration_found_in
);
}
_didit = true;
}
else
{
int _indexint = int.Parse(_indexstring);
documentationcollection_[
_indexint
].IterateThrough_fromRoot(
string.Format(
"{0}{1}{2}",
_begin,
_indexint,
_end
),
iteration_found_in
);
_didit = true;
}
}
if (!_didit)
{
throw new Exception(string.Format(
"\n---\n{0}.{1}.IterateThrough_fromRoot(...): can't handle: {2}\n---",
typeof(XS0__RootMetadata).Namespace,
typeof(XS0__RootMetadata).Name,
iteration_in
));
}
}
public static string ReflectThrough(
object someClass_in,
string path_in,
cClaSSe.dIteration_found iteration_found_in,
string iteration_in,
string pathTranslated_in,
bool returnValue_in,
bool anyAttribute_notJustXml,
out bool valueHasBeenFound_out
)
{
valueHasBeenFound_out = false;
#if DEBUG
const bool _usePerformance = true;
#endif
if (
#if DEBUG
_usePerformance&& (
#endif
(
returnValue_in
&&
(
(path_in.Length > iteration_in.Length)
||
(path_in != iteration_in.Substring(0, path_in.Length))
)
)
||
(
!returnValue_in
&&
(
(pathTranslated_in.Length > iteration_in.Length)
||
(pathTranslated_in != iteration_in.Substring(0, pathTranslated_in.Length))
)
)
#if DEBUG
)
#endif
) {
// performance tweak, compares path to avoid looking in the wrong direction
return(null);
}
if (iteration_in == pathTranslated_in)
{
if (iteration_found_in != null)
{
iteration_found_in(path_in);
}
}
//#if DEBUG
//Console.WriteLine(
// "\n\t---\n\t{0}.{1}.ReflectThrough:{7}(\n\t\tsomeClass_in:\"{2}.{3}\",\n\t\tpath_in:\"{4}\",\n\t\titeration_in:\"{5}\",\n\t\tpathTranslated_in:\"{6}\"\n\t)\n\t---",
// typeof(utils).Namespace,
// typeof(utils).Name,
// someClass_in.GetType().Namespace,
// someClass_in.GetType().Name,
// path_in,
// iteration_in,
// pathTranslated_in,
// returnValue_in ? "READ" : "ITERATE"
//);
//#endif
//#if DEBUG
//Console.Write("{{{0}}}", path_in.ToUpper());
//#endif
PropertyInfo[] _properties;
System.Xml.Serialization.XmlElementAttribute _elementAttribute;
System.Xml.Serialization.XmlAttributeAttribute _attribute;
object _value;
Array _array;
string _output = null;
bool _isAttribute = false;
bool _isElement = false;
string _attributename = string.Empty;
int _indexOfSquareBrackets_begin = -1;
int _indexOfSquareBrackets_end = -1;
string _aux1;
string _aux2;
_properties = someClass_in.GetType().GetProperties(
BindingFlags.Public |
BindingFlags.Instance
);
for (int _prop = 0; _prop < _properties.Length; _prop++)
{
_isAttribute = Attribute.IsDefined(
_properties[_prop],
typeof(System.Xml.Serialization.XmlAttributeAttribute)
);
_isElement = Attribute.IsDefined(
_properties[_prop],
typeof(System.Xml.Serialization.XmlElementAttribute)
);
if (
_isElement
&&
(
(_properties[_prop].PropertyType != typeof(string))
&&
(_properties[_prop].PropertyType != typeof(decimal))
&&
(_properties[_prop].PropertyType != typeof(int))
&&
(_properties[_prop].PropertyType != typeof(bool))
&&
(_properties[_prop].PropertyType != typeof(DateTime))
)
)
{
#region XmlElement...
_value = _properties[_prop].GetValue(someClass_in, null);
if (_value == null)
{
continue;
}
_elementAttribute
= (System.Xml.Serialization.XmlElementAttribute)Attribute.GetCustomAttributes(
_properties[_prop],
typeof(System.Xml.Serialization.XmlElementAttribute),
true
)[0];
_aux1 = string.Format(
"{0}.{1}",
path_in,
_elementAttribute.ElementName
);
_indexOfSquareBrackets_begin = _aux1.Length;
if (
#if DEBUG
_usePerformance&& (
#endif
(_indexOfSquareBrackets_begin > iteration_in.Length)
||
(
_aux1 != iteration_in.Substring(
0,
_indexOfSquareBrackets_begin
)
)
||
(
(
(_aux2 = iteration_in.Substring(
_indexOfSquareBrackets_begin,
1
)) != "["
)
&&
(_aux2 != ".")
)
#if DEBUG
)
#endif
) {
continue;
}
if (_value.GetType().IsArray)
{
if (
#if DEBUG
_usePerformance&&
#endif
returnValue_in
)
{
_indexOfSquareBrackets_end
= iteration_in.IndexOf(
']',
_indexOfSquareBrackets_begin + 1
);
}
_array = (Array)_value;
for (
int i =
(
#if DEBUG
_usePerformance&&
#endif
returnValue_in
)
?
// performance tweak, goes straight to the iteration
// when (returnValue_in == true)
int.Parse(
iteration_in.Substring(
_indexOfSquareBrackets_begin + 1,
_indexOfSquareBrackets_end - (_indexOfSquareBrackets_begin + 1)
)
)
:
0
;
i < _array.Length;
i++
)
{
_output = ReflectThrough(
_array.GetValue(i),
string.Format(
"{0}.{1}[{2}]",
path_in,
_elementAttribute.ElementName,
i
),
iteration_found_in,
iteration_in,
string.Format(
"{0}.{1}[n]",
pathTranslated_in,
_elementAttribute.ElementName
),
returnValue_in,
anyAttribute_notJustXml,
out valueHasBeenFound_out
);
if (returnValue_in && valueHasBeenFound_out)
{
return(_output);
}
}
}
else
{
_output = ReflectThrough(
_value,
string.Format(
"{0}.{1}",
path_in,
_elementAttribute.ElementName
),
iteration_found_in,
iteration_in,
string.Format(
"{0}.{1}",
pathTranslated_in,
_elementAttribute.ElementName
),
returnValue_in,
anyAttribute_notJustXml,
out valueHasBeenFound_out
);
if (returnValue_in && valueHasBeenFound_out)
{
return(_output);
}
}
#endregion
}
else if (
_isAttribute
||
anyAttribute_notJustXml
||
(
_isElement
&&
(
(_properties[_prop].PropertyType == typeof(string))
)
)
)
{
#region XmlAttribute...
if (
anyAttribute_notJustXml
&&
!_properties[_prop].CanRead
)
{
continue;
}
try {
_value = _properties[_prop].GetValue(someClass_in, null);
} catch (Exception _ex) {
throw new Exception(string.Format(
"\n---\n{0}.{1}.ReflectThrough(\n\tsomeClass_in:\"{2}.{3}\",\n\tpath_in:\"{4}\",\n\titeration_in:\"{5}\",\n\tpathTranslated_in:\"{6}\"\n)\n---\n{7}",
typeof(utils).Namespace,
typeof(utils).Name,
someClass_in.GetType().Namespace,
someClass_in.GetType().Name,
path_in,
iteration_in,
pathTranslated_in,
_ex.Message
));
}
if (_value == null)
{
continue;
}
if (_isAttribute)
{
_attribute
= (System.Xml.Serialization.XmlAttributeAttribute)Attribute.GetCustomAttributes(
_properties[_prop],
typeof(System.Xml.Serialization.XmlAttributeAttribute),
true
)[0];
_attributename = _attribute.AttributeName;
}
else if (_isElement)
{
_elementAttribute
= (System.Xml.Serialization.XmlElementAttribute)Attribute.GetCustomAttributes(
_properties[_prop],
typeof(System.Xml.Serialization.XmlElementAttribute),
true
)[0];
_attributename = _elementAttribute.ElementName;
}
else
{
_attributename = _properties[_prop].Name;
}
if (string.Format("{0}.{1}", path_in, _attributename) == iteration_in)
{
valueHasBeenFound_out = true;
return(_value.ToString());
}
#endregion
}
}
return(_output);
}
