public static Manifest ReadFrom(Stream stream, IPropertyProvider propertyProvider, bool validateSchema)
{
XDocument document = XmlUtility.LoadSafe(stream, ignoreWhiteSpace: true);
string schemaNamespace = GetSchemaNamespace(document);
foreach (var e in document.Descendants())
{
// Assign the schema namespace derived to all nodes in the document.
e.Name = XName.Get(e.Name.LocalName, schemaNamespace);
}
// Validate if the schema is a known one
CheckSchemaVersion(document);
if (validateSchema)
{
// Validate the schema
ValidateManifestSchema(document, schemaNamespace);
}
// Deserialize it
var manifest = ManifestReader.ReadManifest(document);
return(manifest);
}
public static Manifest ReadFrom(Stream stream, IPropertyProvider propertyProvider)
{
XDocument document;
if (propertyProvider == NullPropertyProvider.Instance)
{
document = XDocument.Load(stream);
}
else
{
string content = Preprocessor.Process(stream, propertyProvider);
document = XDocument.Parse(content);
}
string schemaNamespace = GetSchemaNamespace(document);
foreach (var e in document.Descendants())
{
// Assign the schema namespace derived to all nodes in the document.
e.Name = XName.Get(e.Name.LocalName, schemaNamespace);
}
// Validate the schema
ValidateManifestSchema(document, schemaNamespace);
// Serialize it
var manifest = ManifestReader.ReadManifest(document);
// Validate before returning
Validate(manifest);
return(manifest);
}
public static Manifest ReadFrom(Stream stream)
{
XDocument document = XDocument.Load(stream);
var schemaNamespace = GetSchemaNamespace(document);
return(ManifestReader.ReadManifest(document));
}
public static Manifest ReadFrom(Stream stream, IPropertyProvider propertyProvider, bool validateSchema)
{
XDocument document = !ReferenceEquals(propertyProvider, NullPropertyProvider.Instance) ? XDocument.Parse(Preprocessor.Process(stream, propertyProvider, true)) : XmlUtility.LoadSafe(stream, true);
string schemaNamespace = GetSchemaNamespace(document);
foreach (XElement local1 in document.Descendants())
{
local1.Name = XName.Get(local1.Name.LocalName, schemaNamespace);
}
CheckSchemaVersion(document);
if (validateSchema)
{
ValidateManifestSchema(document, schemaNamespace);
}
Manifest manifest = ManifestReader.ReadManifest(document);
Validate(manifest);
return(manifest);
}
public static Manifest ReadFrom(Stream stream, IPropertyProvider propertyProvider, bool validateSchema)
{
XDocument document;
if (propertyProvider == NullPropertyProvider.Instance)
{
document = XmlUtility.LoadSafe(stream, ignoreWhiteSpace: true);
}
else
{
string content = Preprocessor.Process(stream, propertyProvider);
document = XDocument.Parse(content);
}
string schemaNamespace = GetSchemaNamespace(document);
foreach (var e in document.Descendants())
{
// Assign the schema namespace derived to all nodes in the document.
e.Name = XName.Get(e.Name.LocalName, schemaNamespace);
}
// Validate if the schema is a known one
CheckSchemaVersion(document);
if (validateSchema)
{
// Validate the schema
ValidateManifestSchema(document, schemaNamespace);
}
// Deserialize it
var manifest = ManifestReader.ReadManifest(document);
// Validate before returning
Validate(manifest);
return(manifest);
}
public static Manifest ReadFrom(Stream stream)
{
// Read the document
XDocument document = XDocument.Load(stream);
string schemeNamespace = GetSchemaNamespace(document);
foreach (XElement e in document.Descendants())
{
// Assign the schema namespace derived to all nodes in the document.
e.Name = XName.Get(e.Name.LocalName, schemeNamespace);
}
// Validate the schema
ValidateManifestSchema(document, schemeNamespace);
// Serialize it
var manifest = ManifestReader.ReadManifest(document);
// Validate before returning
Validate(manifest);
return(manifest);
}