GetNetworkDescription
(
String sTag,
WhatToInclude eWhatToInclude,
NetworkLevel eNetworkLevel
)
{
Debug.Assert(!String.IsNullOrEmpty(sTag));
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the {0} network of Flickr tags related to"
+ " the tag \"{1}\"."
,
NetworkLevelToString(eNetworkLevel),
sTag
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
return(oNetworkDescriber.ConcatenateSentences());
}
GetNetworkDescription
(
String sUserNameToAnalyze,
WhatToInclude eWhatToInclude,
NetworkLevel eNetworkLevel,
Int32 iMaximumPeoplePerRequest
)
{
Debug.Assert(!String.IsNullOrEmpty(sUserNameToAnalyze));
Debug.Assert(iMaximumPeoplePerRequest > 0);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the {0} YouTube network of the user with the"
+ " username \"{1}\"."
,
NetworkLevelToString(eNetworkLevel),
sUserNameToAnalyze
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
oNetworkDescriber.StartNewParagraph();
if (WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FriendVertices))
{
oNetworkDescriber.AddSentence(
"There is a vertex for each friend of the user."
);
}
if (WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SubscriptionVertices))
{
oNetworkDescriber.AddSentence(
"There is a vertex for each person or channel subscribed to by"
+ " the user."
);
}
oNetworkDescriber.AddNetworkLimit(iMaximumPeoplePerRequest, "people");
return(oNetworkDescriber.ConcatenateSentences());
}
GetNetworkDescription
(
String sSearchTerm,
WhatToInclude eWhatToInclude,
Int32 iMaximumVideos
)
{
Debug.Assert(!String.IsNullOrEmpty(sSearchTerm));
Debug.Assert(iMaximumVideos > 0);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the network of YouTube videos whose title,"
+ " keywords, description, categories, or author\'s username"
+ " contain \"{0}\"."
,
sSearchTerm
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
oNetworkDescriber.StartNewParagraph();
oNetworkDescriber.AddNetworkLimit(iMaximumVideos, "videos");
if (WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SharedCategoryEdges
|
WhatToInclude.SharedCommenterEdges
|
WhatToInclude.SharedVideoResponderEdges
))
{
oNetworkDescriber.StartNewParagraph();
}
if (WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SharedCategoryEdges))
{
oNetworkDescriber.AddSentence(
"There is an edge for each pair of videos that have the same"
+ " category."
);
}
if (WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SharedCommenterEdges))
{
oNetworkDescriber.AddSentence(
"There is an edge for each pair of videos commented on by the"
+ " same user."
);
}
if (WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SharedVideoResponderEdges))
{
oNetworkDescriber.AddSentence(
"There is an edge for each pair of videos responded to with"
+ " another video by the same user."
);
}
return(oNetworkDescriber.ConcatenateSentences());
}
AddTweetDateRangeToNetworkDescription
(
XmlDocument graphMLXmlDocument,
NetworkDescriber networkDescriber
)
{
Debug.Assert(graphMLXmlDocument != null);
Debug.Assert(networkDescriber != null);
XmlNamespaceManager oXmlNamespaceManager = new XmlNamespaceManager(
graphMLXmlDocument.NameTable);
oXmlNamespaceManager.AddNamespace("g",
GraphMLXmlDocument.GraphMLNamespaceUri);
DateTime oMinimumRelationshipDateUtc = DateTime.MaxValue;
DateTime oMaximumRelationshipDateUtc = DateTime.MinValue;
// Loop through the graph's edges.
foreach ( XmlNode oEdgeXmlNode in
graphMLXmlDocument.DocumentElement.SelectNodes(
"g:graph/g:edge", oXmlNamespaceManager) )
{
// Get the value of the edge's "relationship" GraphML-Attribute.
String sRelationship;
if ( !TryGetEdgeGraphMLAttributeValue(oEdgeXmlNode,
NodeXLGraphMLUtil.EdgeRelationshipID, oXmlNamespaceManager,
out sRelationship) )
{
continue;
}
switch (sRelationship)
{
case TwitterGraphMLUtil.RepliesToRelationship:
case TwitterGraphMLUtil.MentionsRelationship:
case TwitterGraphMLUtil.NonRepliesToNonMentionsRelationship:
// Get the value of the edge's "relationship date"
// GraphML-Attribute.
String sRelationshipDateUtc;
if ( !TryGetEdgeGraphMLAttributeValue(oEdgeXmlNode,
TwitterGraphMLUtil.EdgeRelationshipDateUtcID,
oXmlNamespaceManager, out sRelationshipDateUtc) )
{
break;
}
DateTime oRelationshipDateUtc;
try
{
// Note that the relationship date may be in an
// unrecognized format.
oRelationshipDateUtc =
DateTimeUtil2.FromCultureInvariantString(
sRelationshipDateUtc);
}
catch (FormatException)
{
break;
}
if (oRelationshipDateUtc < oMinimumRelationshipDateUtc)
{
oMinimumRelationshipDateUtc = oRelationshipDateUtc;
}
if (oRelationshipDateUtc > oMaximumRelationshipDateUtc)
{
oMaximumRelationshipDateUtc = oRelationshipDateUtc;
}
break;
default:
break;
}
}
if (oMinimumRelationshipDateUtc != DateTime.MaxValue)
{
networkDescriber.AddSentence(
"The tweets in the network were tweeted over the {0} period"
+ " from {1} to {2}."
,
networkDescriber.FormatDuration(oMinimumRelationshipDateUtc,
oMaximumRelationshipDateUtc),
networkDescriber.FormatEventTime(oMinimumRelationshipDateUtc),
networkDescriber.FormatEventTime(oMaximumRelationshipDateUtc)
);
}
}
GetNetworkDescription
(
String sSearchTerm,
WhatToInclude eWhatToInclude,
Int32 iMaximumVideos
)
{
Debug.Assert( !String.IsNullOrEmpty(sSearchTerm) );
Debug.Assert(iMaximumVideos > 0);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the network of YouTube videos whose title,"
+ " keywords, description, categories, or author\'s username"
+ " contain \"{0}\"."
,
sSearchTerm
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
oNetworkDescriber.StartNewParagraph();
oNetworkDescriber.AddNetworkLimit(iMaximumVideos, "videos");
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SharedCategoryEdges
|
WhatToInclude.SharedCommenterEdges
|
WhatToInclude.SharedVideoResponderEdges
) )
{
oNetworkDescriber.StartNewParagraph();
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SharedCategoryEdges) )
{
oNetworkDescriber.AddSentence(
"There is an edge for each pair of videos that have the same"
+ " category."
);
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SharedCommenterEdges) )
{
oNetworkDescriber.AddSentence(
"There is an edge for each pair of videos commented on by the"
+ " same user."
);
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SharedVideoResponderEdges) )
{
oNetworkDescriber.AddSentence(
"There is an edge for each pair of videos responded to with"
+ " another video by the same user."
);
}
return ( oNetworkDescriber.ConcatenateSentences() );
}
GetNetworkDescription
(
String sSearchTerm,
DateTime oMinimumStatusDateUtc,
DateTime oMaximumStatusDateUtc,
String sGraphServerUserName,
String sGraphServerPassword,
XmlDocument oGraphMLXmlDocument
)
{
Debug.Assert( !String.IsNullOrEmpty(sSearchTerm) );
Debug.Assert(oMaximumStatusDateUtc >= oMinimumStatusDateUtc);
Debug.Assert( !String.IsNullOrEmpty(sGraphServerUserName) );
Debug.Assert( !String.IsNullOrEmpty(sGraphServerPassword) );
Debug.Assert(oGraphMLXmlDocument != null);
AssertValid();
const String Int32FormatString = "N0";
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
Int32 iVertexCount = GetVertexCount(oGraphMLXmlDocument);
oNetworkDescriber.AddSentence(
"The graph represents a network of {0} Twitter {1} whose tweets in"
+ " the requested date range contained \"{2}\", or who {3} replied"
+ " to or mentioned in those tweets."
,
iVertexCount.ToString(Int32FormatString),
StringUtil.MakePlural("user", iVertexCount),
sSearchTerm,
iVertexCount > 1 ? "were" : "was"
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
oNetworkDescriber.AddSentenceNewParagraph(
"The requested date range was from {0} through {1}."
,
oNetworkDescriber.FormatEventTime(oMinimumStatusDateUtc),
oNetworkDescriber.FormatEventTime(oMaximumStatusDateUtc)
);
oNetworkDescriber.StartNewParagraph();
TweetDateRangeAnalyzer.AddTweetDateRangeToNetworkDescription(
oGraphMLXmlDocument, oNetworkDescriber);
oNetworkDescriber.AddSentenceNewParagraph(
"There is an edge for each \"replies-to\" relationship in a tweet,"
+ " an edge for each \"mentions\" relationship in a tweet, and a"
+ " self-loop edge for each tweet that is not a \"replies-to\" or"
+ " \"mentions\"."
);
return ( oNetworkDescriber.ConcatenateSentences() );
}
GetNetworkDescription
(
String sSearchTerm,
WhatToInclude eWhatToInclude,
Int32 iMaximumStatuses,
GraphMLXmlDocument oGraphMLXmlDocument
)
{
Debug.Assert( !String.IsNullOrEmpty(sSearchTerm) );
Debug.Assert(iMaximumStatuses > 0);
Debug.Assert(iMaximumStatuses != Int32.MaxValue);
Debug.Assert(oGraphMLXmlDocument != null);
AssertValid();
const String Int32FormatString = "N0";
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
Int32 iVertexXmlNodes = oGraphMLXmlDocument.VertexXmlNodes;
oNetworkDescriber.AddSentence(
// WARNING:
//
// If you change this first sentence, you may also have to change
// the code in
// TwitterSearchNetworkTopItemsCalculator2.GetSearchTerm(), which
// attempts to extract the search term from the graph description.
"The graph represents a network of {0} Twitter {1} whose recent"
+ " tweets contained \"{2}\", or who {3} replied to or mentioned"
+ " in those tweets, taken from a data set limited to a maximum of"
+ " {4} tweets."
,
iVertexXmlNodes.ToString(Int32FormatString),
StringUtil.MakePlural("user", iVertexXmlNodes),
sSearchTerm,
iVertexXmlNodes > 1 ? "were" : "was",
iMaximumStatuses.ToString(Int32FormatString)
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
Boolean bIncludeFollowedEdges = WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FollowedEdges);
Boolean bIncludeRepliesToEdges = WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.RepliesToEdges);
Boolean bIncludeMentionsEdges = WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.MentionsEdges);
Boolean bIncludeNonRepliesToNonMentionsEdges = WhatToIncludeFlagIsSet(
eWhatToInclude, WhatToInclude.NonRepliesToNonMentionsEdges);
if (bIncludeRepliesToEdges && bIncludeMentionsEdges &&
bIncludeNonRepliesToNonMentionsEdges)
{
// Every collected tweet has an edge that contains the date of the
// tweet, so the range of tweet dates can be determined.
oNetworkDescriber.StartNewParagraph();
TweetDateRangeAnalyzer.AddTweetDateRangeToNetworkDescription(
oGraphMLXmlDocument, oNetworkDescriber);
}
if (bIncludeFollowedEdges || bIncludeRepliesToEdges ||
bIncludeMentionsEdges || bIncludeNonRepliesToNonMentionsEdges)
{
oNetworkDescriber.StartNewParagraph();
}
if (bIncludeFollowedEdges)
{
oNetworkDescriber.AddSentence(
"There is an edge for each follows relationship."
);
}
if (bIncludeRepliesToEdges)
{
oNetworkDescriber.AddSentence(
"There is an edge for each \"replies-to\" relationship in a"
+ " tweet."
);
}
if (bIncludeMentionsEdges)
{
oNetworkDescriber.AddSentence(
"There is an edge for each \"mentions\" relationship in a"
+ " tweet."
);
}
if (bIncludeNonRepliesToNonMentionsEdges)
{
oNetworkDescriber.AddSentence(
"There is a self-loop edge for each tweet that is not a"
+ " \"replies-to\" or \"mentions\"."
);
}
return ( oNetworkDescriber.ConcatenateSentences() );
}
GetNetworkDescription
(
Boolean bUseListName,
String sListName,
ICollection<String> oScreenNames,
WhatToInclude eWhatToInclude
)
{
Debug.Assert( !bUseListName || !String.IsNullOrEmpty(sListName) );
Debug.Assert(bUseListName || oScreenNames != null);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
if (bUseListName)
{
oNetworkDescriber.AddSentence(
"The graph represents the network of Twitter users in the"
+ " Twitter List \"{0}\"."
,
sListName
);
}
else
{
oNetworkDescriber.AddSentence(
"The graph represents a network of {0} specified Twitter"
+ " users."
,
oScreenNames.Count
);
}
oNetworkDescriber.AddNetworkTime(NetworkSource);
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FollowedEdges
|
WhatToInclude.RepliesToEdges
|
WhatToInclude.MentionsEdges
) )
{
oNetworkDescriber.StartNewParagraph();
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FollowedEdges) )
{
oNetworkDescriber.AddSentence(
"There is an edge for each follows relationship."
);
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.RepliesToEdges) )
{
oNetworkDescriber.AddSentence(
"There is an edge for each \"replies-to\" relationship in the"
+ " user's latest tweet."
);
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.MentionsEdges) )
{
oNetworkDescriber.AddSentence(
"There is an edge for each \"mentions\" relationship in the"
+ " user's latest tweet."
);
}
return ( oNetworkDescriber.ConcatenateSentences() );
}
GetNetworkDescription
(
JSONObject streamPosts,
String fanPageUsernameID,
List<NetworkType> netTypes,
int iFromPost,
int iToPost,
DateTime fromDate,
DateTime endDate,
GraphMLXmlDocument oGraphMLXmlDocument
)
{
Debug.Assert(oGraphMLXmlDocument != null);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the {0} network of the \"{1}\" Facebook fan page.",
ConcatenateNetworkTypes(netTypes),fanPageUsernameID
);
oNetworkDescriber.AddNetworkTime();
if (iFromPost > 0 && iToPost >0)
{
oNetworkDescriber.AddSentence(
"Wall post from {0} to {1} of the fan page are analyzed.",
iFromPost, iToPost
);
}
else
{
oNetworkDescriber.AddSentence(
"Wall posts between {0} and {1} of the fan page are analyzed.",
fromDate, endDate
);
}
if (netTypes.Contains(NetworkType.UserUserComments))
{
oNetworkDescriber.AddSentence(
"There is an edge between users that have co-commented on the same post."
);
}
if (netTypes.Contains(NetworkType.UserUserLikes))
{
oNetworkDescriber.AddSentence(
"There is an edge between users that have co-liked on the same post."
);
}
if (netTypes.Contains(NetworkType.UserPostComments))
{
oNetworkDescriber.AddSentence(
"There is an edge between the user that has commented "
+"and the post in which he has commented."
);
}
if (netTypes.Contains(NetworkType.UserPostLikes))
{
oNetworkDescriber.AddSentence(
"There is an edge between the user that has liked "
+ "and the post which he has liked."
);
}
if (netTypes.Contains(NetworkType.PostPostComments))
{
oNetworkDescriber.AddSentence(
"There is an edge between posts that share the same commenters."
);
}
if (netTypes.Contains(NetworkType.PostPostLikes))
{
oNetworkDescriber.AddSentence(
"There is an edge between posts that share the same likers."
);
}
if (bGetWallPosts)
{
oNetworkDescriber.AddSentence(
"For each user, 8000 characters of his wall posts are downloaded."
);
}
if (bGetStatusUpdates)
{
oNetworkDescriber.AddSentence(
"For each user, 8000 characters of his status updates are downloaded."
);
}
if (bGetWallPosts || bGetStatusUpdates)
{
oNetworkDescriber.AddSentence(
"URLs, Hashtags and user tags are extracted from the downloaded"
+ " wall posts/status updates."
);
}
AddPostDateRangeToNetworkDescription(streamPosts, oNetworkDescriber);
return (oNetworkDescriber.ConcatenateSentences());
}
GetNetworkDescription
(
String sScreenName,
WhatToInclude eWhatToInclude,
NetworkLevel eNetworkLevel,
Int32 iMaximumPerRequest
)
{
Debug.Assert( !String.IsNullOrEmpty(sScreenName) );
Debug.Assert(iMaximumPerRequest > 0);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the {0} Flickr network of the user with the"
+ " screen name \"{1}\"."
,
NetworkLevelToString(eNetworkLevel),
sScreenName
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
oNetworkDescriber.StartNewParagraph();
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.ContactVertices) )
{
oNetworkDescriber.AddSentence(
"There is a vertex for each contact of the user."
);
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.CommenterVertices) )
{
oNetworkDescriber.AddSentence(
"There is a vertex for each person who commented on the user's"
+ " photos."
);
}
oNetworkDescriber.AddNetworkLimit(iMaximumPerRequest, "people");
return ( oNetworkDescriber.ConcatenateSentences() );
}
GetNetworkDescription
(
String sSearchTerm,
WhatToInclude eWhatToInclude,
Int32 iMaximumStatuses,
GraphMLXmlDocument oGraphMLXmlDocument
)
{
Debug.Assert(!String.IsNullOrEmpty(sSearchTerm));
Debug.Assert(iMaximumStatuses > 0);
Debug.Assert(iMaximumStatuses != Int32.MaxValue);
Debug.Assert(oGraphMLXmlDocument != null);
AssertValid();
const String Int32FormatString = "N0";
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
Int32 iVertexXmlNodes = oGraphMLXmlDocument.VertexXmlNodes;
oNetworkDescriber.AddSentence(
// WARNING:
//
// If you change this first sentence, you may also have to change
// the code in
// TwitterSearchNetworkTopItemsCalculator2.GetSearchTerm(), which
// attempts to extract the search term from the graph description.
"The graph represents a network of {0} Twitter {1} whose recent"
+ " tweets contained \"{2}\", or who {3} replied to or mentioned"
+ " in those tweets, taken from a data set limited to a maximum of"
+ " {4} tweets."
,
iVertexXmlNodes.ToString(Int32FormatString),
StringUtil.MakePlural("user", iVertexXmlNodes),
sSearchTerm,
iVertexXmlNodes > 1 ? "were" : "was",
iMaximumStatuses.ToString(Int32FormatString)
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
Boolean bIncludeFollowedEdges = WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FollowedEdges);
// Every collected tweet has an edge that contains the date of the
// tweet, so the range of tweet dates can be determined.
oNetworkDescriber.StartNewParagraph();
TweetDateRangeAnalyzer.AddTweetDateRangeToNetworkDescription(
oGraphMLXmlDocument, oNetworkDescriber);
if (bIncludeFollowedEdges)
{
oNetworkDescriber.StartNewParagraph();
oNetworkDescriber.AddSentence(
"There is an edge for each friend relationship."
);
}
oNetworkDescriber.AddSentence(
"There is an edge for each \"replies-to\" relationship in a"
+ " tweet, an edge for each \"mentions\" relationship in a tweet,"
+ " and a self-loop edge for each tweet that is not a"
+ " \"replies-to\" or \"mentions\"."
);
return(oNetworkDescriber.ConcatenateSentences());
}
GetNetworkDescription
(
List<NetworkType> oEdgeType,
bool bDownloadFromPostToPost,
bool bDownloadBetweenDates,
int iFromPost,
int iToPost,
DateTime oStartDate,
DateTime oEndDate,
bool bLimitCommentsLikes,
int iNrLimit,
GraphMLXmlDocument oGraphMLXmlDocument
)
{
Debug.Assert(oGraphMLXmlDocument != null);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the network of "+ GetLoggedInUsername()+"\'s friends."
);
oNetworkDescriber.AddNetworkTime();
oNetworkDescriber.AddSentence(
"The network has "+oVertices.Count+" vertices and "+
oEdges.Count+" edges."
);
if (oEdgeType.Contains(NetworkType.TimelinePostAuthors))
{
oNetworkDescriber.AddSentence(
"There exists an edge for each post author."
);
}
if (oEdgeType.Contains(NetworkType.TimelineUserComments))
{
oNetworkDescriber.AddSentence(
"There exists an edge for each user that has commented on a post."
);
}
if (oEdgeType.Contains(NetworkType.TimelineUserLikes))
{
oNetworkDescriber.AddSentence(
"There exists an edge for each user that has liked a post."
);
}
if (oEdgeType.Contains(NetworkType.TimelineUserTagged))
{
oNetworkDescriber.AddSentence(
"There exists an edge for each user tagged in a post."
);
}
oNetworkDescriber.AddSentence(
"The network is built "
);
if (bDownloadFromPostToPost)
{
oNetworkDescriber.AddSentence(
"from post number "+iFromPost+" to post number "+iToPost+" of each friend timeline."
);
}
else if (bDownloadBetweenDates)
{
oNetworkDescriber.AddSentence(
"upon posts between " + oStartDate.ToString() + " and " + oEndDate.ToString() + " of each friend timeline."
);
}
if(bLimitCommentsLikes)
{
oNetworkDescriber.AddNetworkLimit(iNrLimit, "comments/likes");
}
return (oNetworkDescriber.ConcatenateSentences());
}
GetNetworkDescription
(
String sUserNameToAnalyze,
WhatToInclude eWhatToInclude,
NetworkLevel eNetworkLevel,
Int32 iMaximumPeoplePerRequest
)
{
Debug.Assert( !String.IsNullOrEmpty(sUserNameToAnalyze) );
Debug.Assert(iMaximumPeoplePerRequest > 0);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the {0} YouTube network of the user with the"
+ " username \"{1}\"."
,
NetworkLevelToString(eNetworkLevel),
sUserNameToAnalyze
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
oNetworkDescriber.StartNewParagraph();
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FriendVertices) )
{
oNetworkDescriber.AddSentence(
"There is a vertex for each friend of the user."
);
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.SubscriptionVertices) )
{
oNetworkDescriber.AddSentence(
"There is a vertex for each person or channel subscribed to by"
+ " the user."
);
}
oNetworkDescriber.AddNetworkLimit(iMaximumPeoplePerRequest, "people");
return ( oNetworkDescriber.ConcatenateSentences() );
}
GetNetworkDescription
(
String sScreenNameToAnalyze,
WhatToInclude eWhatToInclude,
NetworkLevel eNetworkLevel,
Int32 iMaximumPeoplePerRequest
)
{
Debug.Assert( !String.IsNullOrEmpty(sScreenNameToAnalyze) );
Debug.Assert(iMaximumPeoplePerRequest > 0);
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the {0} Twitter network of the user with the"
+ " username \"{1}\"."
,
NetworkLevelToString(eNetworkLevel),
sScreenNameToAnalyze
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
oNetworkDescriber.StartNewParagraph();
Boolean bFollowedVertices = WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FollowedVertices);
Boolean bFollowerVertices = WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FollowerVertices);
if (bFollowedVertices)
{
oNetworkDescriber.AddSentence(
"There is a vertex for each person followed by the user."
);
}
if (bFollowerVertices)
{
oNetworkDescriber.AddSentence(
"There is a vertex for each person following the user."
);
}
oNetworkDescriber.AddNetworkLimit(iMaximumPeoplePerRequest, "people");
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FollowedFollowerEdges
|
WhatToInclude.RepliesToEdges
|
WhatToInclude.MentionsEdges
) )
{
oNetworkDescriber.StartNewParagraph();
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.FollowedFollowerEdges) )
{
if (bFollowedVertices)
{
oNetworkDescriber.AddSentence(
"There is an edge for each followed relationship."
);
}
if (bFollowerVertices)
{
oNetworkDescriber.AddSentence(
"There is an edge for each following relationship."
);
}
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.RepliesToEdges) )
{
oNetworkDescriber.AddSentence(
"There is an edge for each \"replies-to\" relationship in the"
+ " user's latest tweet."
);
}
if ( WhatToIncludeFlagIsSet(eWhatToInclude,
WhatToInclude.MentionsEdges) )
{
oNetworkDescriber.AddSentence(
"There is an edge for each \"mentions\" relationship in the"
+ " user's latest tweet."
);
}
return ( oNetworkDescriber.ConcatenateSentences() );
}
GetNetworkDescription
(
StatusCriteria oStatusCriteria,
XmlDocument oGraphMLXmlDocument
)
{
Debug.Assert(oStatusCriteria != null);
Debug.Assert(oGraphMLXmlDocument != null);
AssertValid();
const String Int32FormatString = "N0";
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
Int32 iVertexCount = GetVertexCount(oGraphMLXmlDocument);
oNetworkDescriber.AddSentence(
"The graph represents a network of {0} Twitter {1} whose tweets in"
+ " the requested range contained \"{2}\", or who {3} replied to"
+ " or mentioned in those tweets."
,
iVertexCount.ToString(Int32FormatString),
StringUtil.MakePlural("user", iVertexCount),
oStatusCriteria.SearchTerm,
iVertexCount > 1 ? "were" : "was"
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
if (oStatusCriteria.HasDateRange)
{
oNetworkDescriber.AddSentenceNewParagraph(
"The requested date range was from {0} through {1}."
,
oNetworkDescriber.FormatEventTime(
oStatusCriteria.MinimumStatusDateUtc),
oNetworkDescriber.FormatEventTime(
oStatusCriteria.MaximumStatusDateUtc)
);
}
else
{
oNetworkDescriber.AddSentenceNewParagraph(
"The requested start date was {0} and the maximum number of"
+ " tweets (going backward in time) was {1}."
,
oNetworkDescriber.FormatEventTime(
oStatusCriteria.MaximumStatusDateUtc),
oStatusCriteria.MaximumStatusesGoingBackward.ToString(
Int32FormatString)
);
}
oNetworkDescriber.StartNewParagraph();
TweetDateRangeAnalyzer.AddTweetDateRangeToNetworkDescription(
oGraphMLXmlDocument, oNetworkDescriber);
oNetworkDescriber.AddSentenceNewParagraph(
"There is an edge for each \"replies-to\" relationship in a tweet,"
+ " an edge for each \"mentions\" relationship in a tweet, and a"
+ " self-loop edge for each tweet that is not a \"replies-to\" or"
+ " \"mentions\"."
);
return(oNetworkDescriber.ConcatenateSentences());
}
AddPostDateRangeToNetworkDescription
(
JSONObject streamPosts,
NetworkDescriber oNetworkDescriber
)
{
DateTime minPostDate = DateTime.MaxValue;
DateTime maxPostsDate = DateTime.MinValue;
if (streamPosts.IsArray)
{
for (int i = 0; i < streamPosts.Array.Length; i++)
{
DateTime tmp = DateUtil.ConvertToDateTime(double.Parse(streamPosts.Array[i].Dictionary["created_time"].String));
if (tmp <= minPostDate)
{
minPostDate = tmp;
}
if(tmp >= maxPostsDate)
{
maxPostsDate = tmp;
}
}
}
oNetworkDescriber.AddEventTime(
"The earliest post in the network was posted ",
minPostDate
);
oNetworkDescriber.AddEventTime(
"The latest post in the network was posted ",
maxPostsDate
);
}
GetNetworkDescription
(
String sTag,
WhatToInclude eWhatToInclude,
NetworkLevel eNetworkLevel
)
{
Debug.Assert( !String.IsNullOrEmpty(sTag) );
AssertValid();
NetworkDescriber oNetworkDescriber = new NetworkDescriber();
oNetworkDescriber.AddSentence(
"The graph represents the {0} network of Flickr tags related to"
+ " the tag \"{1}\"."
,
NetworkLevelToString(eNetworkLevel),
sTag
);
oNetworkDescriber.AddNetworkTime(NetworkSource);
return ( oNetworkDescriber.ConcatenateSentences() );
}
AddTweetDateRangeToNetworkDescription
(
XmlDocument graphMLXmlDocument,
NetworkDescriber networkDescriber
)
{
Debug.Assert(graphMLXmlDocument != null);
Debug.Assert(networkDescriber != null);
XmlNamespaceManager oXmlNamespaceManager = new XmlNamespaceManager(
graphMLXmlDocument.NameTable);
oXmlNamespaceManager.AddNamespace("g",
GraphMLXmlDocument.GraphMLNamespaceUri);
DateTime oMinimumRelationshipDateUtc = DateTime.MaxValue;
DateTime oMaximumRelationshipDateUtc = DateTime.MinValue;
// Loop through the graph's edges.
foreach (XmlNode oEdgeXmlNode in
graphMLXmlDocument.DocumentElement.SelectNodes(
"g:graph/g:edge", oXmlNamespaceManager))
{
// Get the value of the edge's "relationship" GraphML-Attribute.
String sRelationship;
if (!TryGetEdgeGraphMLAttributeValue(oEdgeXmlNode,
NodeXLGraphMLUtil.EdgeRelationshipID, oXmlNamespaceManager,
out sRelationship))
{
continue;
}
switch (sRelationship)
{
case TwitterGraphMLUtil.RepliesToRelationship:
case TwitterGraphMLUtil.MentionsRelationship:
case TwitterGraphMLUtil.NonRepliesToNonMentionsRelationship:
// Get the value of the edge's "relationship date"
// GraphML-Attribute.
String sRelationshipDateUtc;
if (!TryGetEdgeGraphMLAttributeValue(oEdgeXmlNode,
TwitterGraphMLUtil.EdgeRelationshipDateUtcID,
oXmlNamespaceManager, out sRelationshipDateUtc))
{
break;
}
DateTime oRelationshipDateUtc;
try
{
// Note that the relationship date may be in an
// unrecognized format.
oRelationshipDateUtc =
DateTimeUtil2.FromCultureInvariantString(
sRelationshipDateUtc);
}
catch (FormatException)
{
break;
}
if (oRelationshipDateUtc < oMinimumRelationshipDateUtc)
{
oMinimumRelationshipDateUtc = oRelationshipDateUtc;
}
if (oRelationshipDateUtc > oMaximumRelationshipDateUtc)
{
oMaximumRelationshipDateUtc = oRelationshipDateUtc;
}
break;
default:
break;
}
}
if (oMinimumRelationshipDateUtc != DateTime.MaxValue)
{
networkDescriber.AddSentence(
"The tweets in the network were tweeted over the {0} period"
+ " from {1} to {2}."
,
networkDescriber.FormatDuration(oMinimumRelationshipDateUtc,
oMaximumRelationshipDateUtc),
networkDescriber.FormatEventTime(oMinimumRelationshipDateUtc),
networkDescriber.FormatEventTime(oMaximumRelationshipDateUtc)
);
}
}
