GetTwitterSearchNetworkConfiguration
(
out String searchTerm,
out TwitterSearchNetworkAnalyzer.WhatToInclude whatToInclude,
out Int32 maximumPeoplePerRequest,
out String networkFileFolderPath,
out NetworkFileFormats networkFileFormats,
out Boolean automateNodeXLWorkbook
)
{
AssertValid();
Debug.Assert(m_oNetworkConfigurationXmlDocument != null);
Debug.Assert(GetNetworkType() == NetworkType.TwitterSearch);
XmlNode oTwitterSearchNetworkConfigurationNode =
XmlUtil2.SelectRequiredSingleNode(
m_oNetworkConfigurationXmlDocument,
"/NetworkConfiguration/TwitterSearchNetworkConfiguration",
null);
searchTerm = XmlUtil2.SelectRequiredSingleNodeAsString(
oTwitterSearchNetworkConfigurationNode, "SearchTerm/text()", null);
whatToInclude =
GetRequiredEnumValue <TwitterSearchNetworkAnalyzer.WhatToInclude>(
oTwitterSearchNetworkConfigurationNode, "WhatToInclude/text()",
"WhatToInclude");
GetTwitterCommonConfiguration(oTwitterSearchNetworkConfigurationNode,
out maximumPeoplePerRequest, out networkFileFolderPath,
out networkFileFormats, out automateNodeXLWorkbook);
}
LoadGraphCore
(
Stream stream
)
{
Debug.Assert(stream != null);
AssertValid();
XmlDocument oXmlDocument = new XmlDocument();
oXmlDocument.Load(stream);
XmlNamespaceManager oXmlNamespaceManager = new XmlNamespaceManager(
oXmlDocument.NameTable);
oXmlNamespaceManager.AddNamespace(GraphMLPrefix, GraphMLUri);
XmlNode oGraphMLXmlNode = oXmlDocument.DocumentElement;
XmlNode oGraphXmlNode = XmlUtil2.SelectRequiredSingleNode(
oGraphMLXmlNode, GraphMLPrefix + ":graph", oXmlNamespaceManager);
// Parse the vertex and edge attribute definitions.
//
// The key is the id attribute of a "key" XML node, and the value is
// the corresponding GraphMLAttribute object.
Dictionary <String, GraphMLAttribute> oGraphMLAttributeDictionary =
ParseGraphMLAttributeDefinitions(oGraphMLXmlNode,
oXmlNamespaceManager);
GraphDirectedness eGraphDirectedness =
GetGraphDirectedness(oGraphXmlNode);
IGraph oGraph = new Graph(eGraphDirectedness);
// The key is the id attribute of the "node" XML node, and the value is
// the corresponding IVertex.
Dictionary <String, IVertex> oVertexDictionary = ParseVertices(oGraph,
oGraphXmlNode, oXmlNamespaceManager, oGraphMLAttributeDictionary);
ParseEdges(oGraph, oGraphXmlNode, oXmlNamespaceManager,
oVertexDictionary, oGraphMLAttributeDictionary);
SaveGraphMLAttributeNames(oGraph, oGraphMLAttributeDictionary);
return(oGraph);
}
OnNetworkObtained
(
XmlDocument oGraphMLXmlDocument,
RequestStatistics oRequestStatistics,
String sNetworkDescription,
String sNetworkTitle,
String sPartialFileName
)
{
Debug.Assert(oGraphMLXmlDocument != null);
Debug.Assert(oRequestStatistics != null);
Debug.Assert(!String.IsNullOrEmpty(sNetworkDescription));
Debug.Assert(!String.IsNullOrEmpty(sNetworkTitle));
Debug.Assert(!String.IsNullOrEmpty(sPartialFileName));
AssertValid();
XmlNode oGraphXmlNode = XmlUtil2.SelectRequiredSingleNode(
oGraphMLXmlDocument, "g:graphml/g:graph",
GraphMLXmlDocument.CreateXmlNamespaceManager(
oGraphMLXmlDocument, "g")
);
XmlUtil2.SetAttributes(oGraphXmlNode,
"description", sNetworkDescription);
XmlUtil2.SetAttributes(oGraphXmlNode,
"suggestedTitle", sNetworkTitle);
String sSuggestedFileNameNoExtension = String.Format(
"{0} NodeXL {1}"
,
DateTimeUtil2.ToCultureInvariantFileName(
oRequestStatistics.StartTimeUtc),
sPartialFileName
);
XmlUtil2.SetAttributes(oGraphXmlNode,
"suggestedFileNameNoExtension", sSuggestedFileNameNoExtension);
if (oRequestStatistics.UnexpectedExceptions > 0)
{
// The network is partial.
throw new PartialNetworkException(oGraphMLXmlDocument,
oRequestStatistics);
}
}
LoadGraphCore
(
Stream stream
)
{
Debug.Assert(stream != null);
AssertValid();
XmlDocument oXmlDocument = new XmlDocument();
if (stream.Position > 0)
{
stream.Position = 0;
}
string fileName;
//Code from: http://msdn.microsoft.com/en-us/library/system.io.stream.read%28v=vs.110%29.aspx
byte[] buffer;
{
int length = (int)stream.Length; // get file length
buffer = new byte[length]; // create buffer
int count; // actual number of bytes read
int sum = 0; // total number of bytes read
// read until Read method returns 0 (end of the stream has been reached)
while ((count = stream.Read(buffer, sum, length - sum)) > 0)
{
sum += count; // sum is a buffer offset for next reading
}
fileName = System.Text.Encoding.UTF8.GetString(buffer);
fileName = fileName.Replace(System.Environment.NewLine, "");
}
oXmlDocument.Load(fileName);
XmlNamespaceManager oXmlNamespaceManager = new XmlNamespaceManager(
oXmlDocument.NameTable);
oXmlNamespaceManager.AddNamespace(GraphMLPrefix, GraphMLNamespaceUri);
XmlNode oGraphMLXmlNode = oXmlDocument.DocumentElement;
XmlNode oGraphXmlNode = XmlUtil2.SelectRequiredSingleNode(
oGraphMLXmlNode, GraphMLPrefix + ":graph", oXmlNamespaceManager);
// Parse the vertex and edge attribute definitions.
//
// The key is the id attribute of a "key" XML node, and the value is
// the corresponding GraphMLAttribute object.
Dictionary <String, GraphMLAttribute> oGraphMLAttributeDictionary =
ParseGraphMLAttributeDefinitions(oGraphMLXmlNode,
oXmlNamespaceManager);
GraphDirectedness eGraphDirectedness =
GetGraphDirectedness(oGraphXmlNode);
IGraph oGraph = new Graph(eGraphDirectedness);
// The key is the id attribute of the "node" XML node, and the value is
// the corresponding IVertex.
Dictionary <String, IVertex> oVertexDictionary = ParseVertices(oGraph,
oGraphXmlNode, oXmlNamespaceManager, oGraphMLAttributeDictionary);
ParseEdges(oGraph, oGraphXmlNode, oXmlNamespaceManager,
oVertexDictionary, oGraphMLAttributeDictionary);
ParseGraphAttribute(oGraph, oGraphXmlNode,
"description",
ReservedMetadataKeys.GraphDescription);
ParseGraphAttribute(oGraph, oGraphXmlNode,
"suggestedTitle",
ReservedMetadataKeys.SuggestedTitle);
ParseGraphAttribute(oGraph, oGraphXmlNode,
"suggestedFileNameNoExtension",
ReservedMetadataKeys.SuggestedFileNameNoExtension);
SaveGraphMLAttributeNames(oGraph, oGraphMLAttributeDictionary);
return(oGraph);
}
CopyAndFilterSettings
(
String sSourceSettings,
String sDestinationSettings
)
{
Debug.Assert(!String.IsNullOrEmpty(sSourceSettings));
Debug.Assert(!String.IsNullOrEmpty(sDestinationSettings));
AssertValid();
// We don't want to modify the user's notification, dialog position,
// or password settings that are stored in the destination. Use
// XmlDocuments to copy only the other settings from the source to the
// destination.
XmlDocument oSourceDocument = new XmlDocument();
oSourceDocument.LoadXml(sSourceSettings);
XmlDocument oDestinationDocument = new XmlDocument();
oDestinationDocument.LoadXml(sDestinationSettings);
// See the DefaultStandardSettingsFileContents constant for an example
// of what the XML documents look like.
const String SectionGroupXPath =
"configuration/configSections/sectionGroup";
const String UserSettingsXPath = "configuration/userSettings";
XmlNode oSourceSectionGroupNode =
XmlUtil2.SelectRequiredSingleNode(oSourceDocument,
SectionGroupXPath, null);
XmlNode oDestinationSectionGroupNode =
XmlUtil2.SelectRequiredSingleNode(oDestinationDocument,
SectionGroupXPath, null);
XmlNode oSourceUserSettingsNode =
XmlUtil2.SelectRequiredSingleNode(oSourceDocument,
UserSettingsXPath, null);
XmlNode oDestinationUserSettingsNode =
XmlUtil2.SelectRequiredSingleNode(oDestinationDocument,
UserSettingsXPath, null);
foreach (XmlNode oSourceUserSettingsChildNode in
oSourceUserSettingsNode.ChildNodes)
{
// Work item:
//
// Figure out a more robust scheme that doesn't use hard-coded
// class names.
String sChildName = oSourceUserSettingsChildNode.Name;
if (
sChildName.IndexOf("Dialog") >= 0
||
sChildName.IndexOf("NotificationUserSettings") >= 0
||
sChildName.IndexOf("PasswordUserSettings") >= 0
)
{
continue;
}
// This user settings child node needs to be copied from the source
// to the destination.
XmlNode oSourceUserSettingsChildNodeClone =
oDestinationDocument.ImportNode(
oSourceUserSettingsChildNode, true);
// Does the node already exist in the destination?
XmlNode oDestinationUserSettingsChildNode =
oDestinationUserSettingsNode.SelectSingleNode(sChildName);
if (oDestinationUserSettingsChildNode == null)
{
// No. Append the node and its corresponding section child
// node to the destination.
oDestinationUserSettingsNode.AppendChild(
oSourceUserSettingsChildNodeClone);
XmlNode oSourceSectionNode =
XmlUtil2.SelectRequiredSingleNode(
oSourceSectionGroupNode,
"section[@name=\"" + sChildName + "\"]",
null);
oDestinationSectionGroupNode.AppendChild(
oDestinationDocument.ImportNode(
oSourceSectionNode, true));
}
else
{
// Yes. Replace the destination node.
oDestinationUserSettingsNode.ReplaceChild(
oSourceUserSettingsChildNodeClone,
oDestinationUserSettingsChildNode);
}
}
// Write the edited copy to a string in such a way that it includes a
// UTF-8 encoding attribute.
oSourceDocument = null;
MemoryStream oMemoryStream = new MemoryStream();
oDestinationDocument.Save(oMemoryStream);
oDestinationDocument = null;
return(Encoding.UTF8.GetString(oMemoryStream.ToArray()));
}
GetGraphServerTwitterSearchNetworkConfiguration
(
out String searchTerm,
out Int32 startDateInDaysBeforeToday,
out Int32 maximumStatusesGoingBackward,
out Boolean expandStatusUrls,
out String graphServerUserName,
out String graphServerPassword,
out String networkFileFolderPath
)
{
AssertValid();
Debug.Assert(m_oNetworkConfigurationXmlDocument != null);
Debug.Assert(GetNetworkType() == NetworkType.GraphServerTwitterSearch);
XmlNode oGraphServerTwitterSearchNetworkConfigurationNode =
XmlUtil2.SelectRequiredSingleNode(
m_oNetworkConfigurationXmlDocument,
"/NetworkConfiguration/"
+ " GraphServerTwitterSearchNetworkConfiguration",
null);
searchTerm = XmlUtil2.SelectRequiredSingleNodeAsString(
oGraphServerTwitterSearchNetworkConfigurationNode,
"SearchTerm/text()", null);
startDateInDaysBeforeToday = XmlUtil2.SelectRequiredSingleNodeAsInt32(
oGraphServerTwitterSearchNetworkConfigurationNode,
"StartDateInDaysBeforeToday/text()", null);
if (startDateInDaysBeforeToday < 0)
{
throw new XmlException(
"The StartDateInDaysBeforeToday value can't be less than 0."
);
}
maximumStatusesGoingBackward = XmlUtil2.SelectRequiredSingleNodeAsInt32(
oGraphServerTwitterSearchNetworkConfigurationNode,
"MaximumStatusesGoingBackward/text()", null);
if (maximumStatusesGoingBackward < 1)
{
throw new XmlException(
"The MaximumStatusesGoingBackward value can't be less than 1."
);
}
expandStatusUrls = XmlUtil2.SelectRequiredSingleNodeAsBoolean(
oGraphServerTwitterSearchNetworkConfigurationNode,
"ExpandStatusUrls/text()", null);
graphServerUserName = XmlUtil2.SelectRequiredSingleNodeAsString(
oGraphServerTwitterSearchNetworkConfigurationNode,
"GraphServerUserName/text()", null);
graphServerPassword = XmlUtil2.SelectRequiredSingleNodeAsString(
oGraphServerTwitterSearchNetworkConfigurationNode,
"GraphServerPassword/text()", null);
GetCommonConfiguration(
oGraphServerTwitterSearchNetworkConfigurationNode,
out networkFileFolderPath);
}
GetTwitterSearchNetworkConfiguration
(
out String searchTerm,
out TwitterSearchNetworkAnalyzer.WhatToInclude whatToInclude,
out Int32 maximumStatuses,
out String networkFileFolderPath
)
{
AssertValid();
Debug.Assert(m_oNetworkConfigurationXmlDocument != null);
Debug.Assert(GetNetworkType() == NetworkType.TwitterSearch);
XmlNode oTwitterSearchNetworkConfigurationNode =
XmlUtil2.SelectRequiredSingleNode(
m_oNetworkConfigurationXmlDocument,
"/NetworkConfiguration/TwitterSearchNetworkConfiguration",
null);
searchTerm = XmlUtil2.SelectRequiredSingleNodeAsString(
oTwitterSearchNetworkConfigurationNode, "SearchTerm/text()", null);
if (!XmlUtil2.TrySelectSingleNodeAsInt32(
oTwitterSearchNetworkConfigurationNode,
"MaximumStatuses/text()", null, out maximumStatuses))
{
// Older versions of NodeXL used a MaximumPeoplePerRequest value,
// which has been replaced with MaximumStatuses. To avoid breaking
// older configuration files, accept either one.
try
{
maximumStatuses = XmlUtil2.SelectRequiredSingleNodeAsInt32(
oTwitterSearchNetworkConfigurationNode,
"MaximumPeoplePerRequest/text()", null);
}
catch
{
throw new XmlException(
"There must be a MaximumStatuses value. (This was called"
+ " MaximumPeoplePerRequest in previous versions of"
+ " NodeXL.)"
);
}
}
whatToInclude =
GetRequiredEnumValue <TwitterSearchNetworkAnalyzer.WhatToInclude>(
oTwitterSearchNetworkConfigurationNode,
"WhatToInclude/text()",
// These WhatToInclude values were removed in version
// 1.0.1.328. They are now automatically included in the
// network. Old configuration files might still specify them,
// so they need to be ignored.
new String[] {
"Statuses",
"Statistics",
"RepliesToEdges",
"MentionsEdges",
"NonRepliesToNonMentionsEdges",
},
"None",
"WhatToInclude"
);
GetCommonConfiguration(oTwitterSearchNetworkConfigurationNode,
out networkFileFolderPath);
}