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()); }
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 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 ( 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() ); }