public void InitializeRequest_Sets_Request_Headers()
{
var req = new Request("https://api.twitter.com/statuses/public.json");
const string UserAgent = "LINQ to Twitter v2.0";
var pinAuth = new PinAuthorizer();
var oAuthMock = new Mock<IOAuthTwitter>();
string outUrl;
string queryString = "oauth_token=token";
oAuthMock.Setup(oAuth => oAuth.GetOAuthQueryString(HttpMethod.GET, req, string.Empty, out outUrl, out queryString));
pinAuth.OAuthTwitter = oAuthMock.Object;
pinAuth.UserAgent = UserAgent;
pinAuth.ReadWriteTimeout = new TimeSpan(0, 0, 1);
pinAuth.Timeout = new TimeSpan(0, 0, 2);
pinAuth.UseCompression = true;
var httpReq = pinAuth.Get(req) as HttpWebRequest;
Assert.NotNull(httpReq);
Assert.Equal(UserAgent, httpReq.UserAgent);
Assert.Equal(1000, httpReq.ReadWriteTimeout);
Assert.Equal(2000, httpReq.Timeout);
Assert.Equal("gzip, deflate", httpReq.Headers[HttpRequestHeader.AcceptEncoding]);
Assert.Equal(DecompressionMethods.Deflate | DecompressionMethods.GZip, httpReq.AutomaticDecompression);
}
private void DoPinAuth()
{
m_pinAuth = new PinAuthorizer
{
Credentials = new InMemoryCredentials
{
ConsumerKey = "",
ConsumerSecret = ""
},
UseCompression = true,
GoToTwitterAuthorization = pageLink =>
Dispatcher.BeginInvoke(() => WebBrowser.Navigate(new Uri(pageLink)))
};
m_pinAuth.BeginAuthorize(resp =>
Dispatcher.BeginInvoke(() =>
{
switch (resp.Status)
{
case TwitterErrorStatus.Success:
break;
case TwitterErrorStatus.TwitterApiError:
case TwitterErrorStatus.RequestProcessingException:
MessageBox.Show(
resp.Error.ToString(),
resp.Message,
MessageBoxButton.OK);
break;
}
}));
m_twitterCtx = new TwitterContext(m_pinAuth, "https://api.twitter.com/1/", "https://search.twitter.com/");
}
static void authorize()
{
auth = new PinAuthorizer()
{
Credentials = new InMemoryCredentials
{
ConsumerKey = "FiLff3SigcHPhHQxsSmpVQ", //ConfigurationManager.AppSettings["consumerKey"],
ConsumerSecret = "xzmPCd8drcHurgaDG3SRdRooZCBzf1ZvgmekadUYZcQ" //ConfigurationManager.AppSettings["consumerSecret"]
},
GoToTwitterAuthorization = pageLink => Process.Start(pageLink),
GetPin = () =>
{
Console.Write("Enter Twitter PIN: ");
var input = Console.ReadLine().Trim();
return input;
},
AuthAccessType = AuthAccessType.Write
};
auth.Authorize();
if (!auth.IsAuthorized)
{
Console.WriteLine("Not authorized");
Environment.Exit(0);
}
}
void Page_Loaded(object sender, RoutedEventArgs e)
{
this.pinAuth = new PinAuthorizer
{
Credentials = new InMemoryCredentials
{
ConsumerKey = "",
ConsumerSecret = ""
},
UseCompression = true,
GoToTwitterAuthorization = pageLink =>
Dispatcher.BeginInvoke(() => OAuthWebBrowser.Navigate(new Uri(pageLink, UriKind.Absolute)))
};
this.pinAuth.BeginAuthorize(resp =>
Dispatcher.BeginInvoke(() =>
{
switch (resp.Status)
{
case TwitterErrorStatus.Success:
break;
case TwitterErrorStatus.TwitterApiError:
case TwitterErrorStatus.RequestProcessingException:
MessageBox.Show(
resp.Exception.ToString(),
resp.Message,
MessageBoxButton.OK);
break;
}
}));
}
public ITwitterAuthorizer Auth()
{
var credentials = new InMemoryCredentials
{
ConsumerKey = this.consumerKey,
ConsumerSecret = this.consumerSecret
};
if (!string.IsNullOrEmpty(accessToken) && !string.IsNullOrEmpty(oAuthToken))
{
credentials.AccessToken = this.accessToken;
credentials.OAuthToken = this.oAuthToken;
}
var auth = new PinAuthorizer
{
Credentials = credentials,
UseCompression = true,
GoToTwitterAuthorization = pageLink => Process.Start(pageLink),
GetPin = () =>
{
Console.WriteLine("\nAfter you authorize this application, Twitter will give you a 7-digit PIN Number.\n");
Console.Write("Enter the PIN number here: ");
return Console.ReadLine();
}
};
auth.Authorize();
return auth;
}
public void Authorize()
{
var auth = new PinAuthorizer()
{
UserAgent = "AAafeen v" + Assembly.GetExecutingAssembly().GetName().Version.ToString(),
Credentials = new InMemoryCredentials()
{
ConsumerKey = "BFtEaHnLWCMp9UjJEjBg",
ConsumerSecret = "VYwKqXpJsLPwYhdSzmQD0ri3K2Fh4n4MQyFIxZ6ME"
},
GoToTwitterAuthorization = uri => Process.Start(uri),
GetPin = () =>
{
var f = new InputPinCodeWindow();
f.ShowDialog();
return f.PinCode;
}
};
try
{
auth.Authorize();
}
catch (Exception ex)
{
throw new Exception("認証に失敗しました。", ex);
}
Methods.twCtx.AuthorizedClient = auth;
}
/**
* In this function we firstly load the auth pin authorizer with the application credentials.
* We also load the login twitter page in order to obtain the pin.
*/
void OAuthPage_Loaded(object sender, RoutedEventArgs e)
{
//Auth definition with our application credentials
auth = new PinAuthorizer
{
Credentials = new InMemoryCredentials
{
ConsumerKey = Constants.getConsumerKey(),
ConsumerSecret = Constants.getConsumerSecret()
},
UseCompression = true,
//Browser authentication webpage
GoToTwitterAuthorization = pageLink =>
Dispatcher.RunAsync(CoreDispatcherPriority.Normal,
() => OAuthWebBrowser.Navigate(new Uri(pageLink, UriKind.Absolute)))
};
auth.BeginAuthorize(resp =>
Dispatcher.RunAsync(CoreDispatcherPriority.Normal, () =>
{
switch (resp.Status)
{
case TwitterErrorStatus.Success:
break;
case TwitterErrorStatus.RequestProcessingException:
case TwitterErrorStatus.TwitterApiError:
//new MessageDialog(resp.Error.ToString(), resp.Message).ShowAsync();
break;
}
}));
}
public List<LinqToTwitter.Status> GetTwitterData()
{
BTProgressHUD.Show();
//has the user already authenticated from a previous session? see AccountStore.Create().Save() later
IEnumerable<Xamarin.Auth.Account> accounts = AccountStore.Create().FindAccountsForService("Twitter");
//check the account store for a valid account marked as "Twitter" and then hold on to it for future requests
var cred = new LinqToTwitter.InMemoryCredentialStore();
cred.ConsumerKey = loggedInAccount.Properties["oauth_consumer_key"];
cred.ConsumerSecret = loggedInAccount.Properties["oauth_consumer_secret"];
cred.OAuthToken = loggedInAccount.Properties["oauth_token"];
cred.OAuthTokenSecret = loggedInAccount.Properties["oauth_token_secret"];
var auth = new LinqToTwitter.PinAuthorizer()
{
CredentialStore = cred,
};
var TwitterCtx = new LinqToTwitter.TwitterContext(auth);
Console.WriteLine(TwitterCtx.User);
List<LinqToTwitter.Status> tl =
(from tweet in TwitterCtx.Status
where tweet.Type == LinqToTwitter.StatusType.Home
select tweet).ToList();
BTProgressHUD.Dismiss();
return tl;
//Console.WriteLine("Tweets Returned: " + tl.Count.ToString());
}
async protected override void OnCreate(Bundle bundle)
{
base.OnCreate(bundle);
if (MainActivity.Activities.ContainsKey("SearchTwitter"))
{
MainActivity.Activities["SearchTwitter"].Finish();
MainActivity.Activities.Remove("SearchTwitter");
MainActivity.Activities.Add("SearchTwitter", this);
}
else
{
MainActivity.Activities.Add("SearchTwitter", this);
}
//has the user already authenticated from a previous session? see AccountStore.Create().Save() later
IEnumerable <Xamarin.Auth.Account> accounts = Xamarin.Auth.AccountStore.Create(this).FindAccountsForService("UndertheShopTwitApp");
SearchTerm = Intent.GetStringExtra("keyword");
shopID = Intent.GetStringExtra("SHOP_ID_NUMBER");
local = Intent.GetStringExtra("Local");
//check the account store for a valid account marked as "Twitter" and then hold on to it for future requests
foreach (Xamarin.Auth.Account account in accounts)
{
loggedInAccount = account;
break;
}
if (loggedInAccount == null)
{
Toast.MakeText(this, GetString(Resource.String.authfail), ToastLength.Short).Show();
var next = new Intent(this.ApplicationContext, typeof(ShopInfoActivity));
next.PutExtra("SHOP_ID_NUMBER", shopID);
next.PutExtra("Local", local);
StartActivity(next);
Finish();
}
else
{
var cred = new LinqToTwitter.InMemoryCredentialStore();
cred.ConsumerKey = loggedInAccount.Properties["oauth_consumer_key"];
cred.ConsumerSecret = loggedInAccount.Properties["oauth_consumer_secret"];
cred.OAuthToken = loggedInAccount.Properties["oauth_token"];
cred.OAuthTokenSecret = loggedInAccount.Properties["oauth_token_secret"];
var auth0 = new LinqToTwitter.PinAuthorizer()
{
CredentialStore = cred,
};
var TwitterCtx = new LinqToTwitter.TwitterContext(auth0);
Console.WriteLine(TwitterCtx.User);
_searches = await(from tweet in TwitterCtx.Search
where (tweet.Type == SearchType.Search) &&
(tweet.Query == SearchTerm)
select tweet).ToListAsync();
this.ListAdapter = new SearchAdapter(this, _searches[0].Statuses);
}
}
public void TwitterContext_Single_Param_Constructor_Sets_Defaults()
{
const string BaseUrl = "https://api.twitter.com/1.1/";
const string SearchUrl = "https://api.twitter.com/1.1/search/";
ITwitterAuthorizer authorizedClient = new PinAuthorizer();
var ctx = new TwitterContext(authorizedClient);
Assert.Same(authorizedClient, ctx.AuthorizedClient);
Assert.Equal(BaseUrl, ctx.BaseUrl);
Assert.Equal(SearchUrl, ctx.SearchUrl);
}
public void Get_Calls_GetOAuthQueryString()
{
var req = new Request("https://api.twitter.com/statuses/public.json");
var pinAuth = new PinAuthorizer();
var oAuthMock = new Mock<IOAuthTwitter>();
string outUrl;
string queryString = "oauth_token=token";
oAuthMock.Setup(oAuth => oAuth.GetOAuthQueryString(HttpMethod.GET, req, string.Empty, out outUrl, out queryString));
pinAuth.OAuthTwitter = oAuthMock.Object;
pinAuth.Get(req);
oAuthMock.Verify(oAuth => oAuth.GetOAuthQueryString(HttpMethod.GET, req, string.Empty, out outUrl, out queryString), Times.Once());
}
void Page_Loaded(object sender, RoutedEventArgs e)
{
pinAuth = new PinAuthorizer
{
Credentials = new InMemoryCredentials
{
ConsumerKey = "",
ConsumerSecret = ""
},
UseCompression = true,
GoToTwitterAuthorization = pageLink => Dispatcher.BeginInvoke(() => OAuthWebBrowser.Navigate(new Uri(pageLink, UriKind.Absolute)))
};
this.pinAuth.BeginAuthorize(resp =>
Dispatcher.BeginInvoke(() =>
{
switch (resp.Status)
{
case TwitterErrorStatus.Success:
break;
case TwitterErrorStatus.TwitterApiError:
case TwitterErrorStatus.RequestProcessingException:
MessageBox.Show(
resp.Exception.ToString(),
resp.Message,
MessageBoxButton.OK);
break;
}
}));
//
// comment out the code above and uncomment this code to use SingleUserAuthorizer
//
//var auth = new SingleUserAuthorizer
//{
// Credentials = new SingleUserInMemoryCredentials
// {
// ConsumerKey = "", // twitter Consumer key
// ConsumerSecret = "", // twitter Consumer secret
// TwitterAccessToken = "", // twitter Access token
// TwitterAccessTokenSecret = "" // twitter Access token secret
// }
//};
//SharedState.Authorizer = auth;
//NavigationService.GoBack();
}
public void Authorize_Requires_GetPin_Handler()
{
const string AuthLink = "https://authorizationlink";
var pinAuth = new PinAuthorizer {Credentials = new InMemoryCredentials()};
var oAuthMock = new Mock<IOAuthTwitter>();
oAuthMock.Setup(oAuth => oAuth.AuthorizationLinkGet(It.IsAny<string>(), It.IsAny<string>(), "oob", false, AuthAccessType.NoChange))
.Returns(AuthLink);
pinAuth.OAuthTwitter = oAuthMock.Object;
string destinationUrl = string.Empty;
pinAuth.GoToTwitterAuthorization = link => destinationUrl = link;
var ex = Assert.Throws<InvalidOperationException>(() => pinAuth.Authorize());
Assert.True(ex.Message.Contains("GetPin"));
}
public void Authorize_Launches_Browser()
{
const string AuthLink = "https://authorizationlink";
var pinAuth = new PinAuthorizer {Credentials = new InMemoryCredentials()};
var oAuthMock = new Mock<IOAuthTwitter>();
oAuthMock.Setup(oAuth => oAuth.AuthorizationLinkGet(It.IsAny<string>(), It.IsAny<string>(), "oob", false, AuthAccessType.NoChange))
.Returns(AuthLink);
pinAuth.OAuthTwitter = oAuthMock.Object;
pinAuth.GetPin = () => "1234567";
string destinationUrl = string.Empty;
pinAuth.GoToTwitterAuthorization = link => destinationUrl = link;
pinAuth.Authorize();
Assert.Equal(AuthLink, destinationUrl);
}
public void IsAuthorized_Returns_False_When_1_Credential_Is_Empty()
{
var pinAuth = new PinAuthorizer
{
Credentials = new InMemoryCredentials
{
AccessToken = "A",
ConsumerKey = "C",
ConsumerSecret = "S",
OAuthToken = ""
}
};
bool isAuth = pinAuth.IsAuthorized;
Assert.False(isAuth);
}
public void IsAuthorized_Returns_True_When_Credentials_Are_Present()
{
var pinAuth = new PinAuthorizer
{
Credentials = new InMemoryCredentials
{
AccessToken = "A",
ConsumerKey = "C",
ConsumerSecret = "S",
OAuthToken = "O"
}
};
bool isAuth = pinAuth.IsAuthorized;
Assert.True(isAuth);
}
async void Window_Loaded(object sender, RoutedEventArgs e)
{
pinAuth = new PinAuthorizer
{
// Get the ConsumerKey and ConsumerSecret for your app and load them here.
CredentialStore = new InMemoryCredentialStore
{
ConsumerKey = ConfigurationManager.AppSettings["consumerKey"],
ConsumerSecret = ConfigurationManager.AppSettings["consumerSecret"]
},
// Note: GetPin isn't used here because we've broken the authorization
// process into two parts: begin and complete
GoToTwitterAuthorization = pageLink => Dispatcher.BeginInvoke((Action)
(() => OAuthWebBrowser.Navigate(new Uri(pageLink, UriKind.Absolute))))
};
await pinAuth.BeginAuthorizeAsync();
}
public static IOAuthCredentials Authenticate() {
var auth = new PinAuthorizer {
Credentials = new InMemoryCredentials {
ConsumerKey = "????????????????",
ConsumerSecret = "????????????????"
},
AuthAccessType = AuthAccessType.Write,
UseCompression = true,
GoToTwitterAuthorization = pageLink => Process.Start(pageLink),
GetPin = () => {
// this executes after user authorizes, which begins with the call to auth.Authorize() below.
Console.WriteLine("\nAfter you authorize this application, Twitter will give you a 7-digit PIN Number.\n");
Console.Write("Enter the PIN number here: ");
return Console.ReadLine();
}
};
auth.Authorize();
return auth.Credentials;
}
private void Authenticate()
{
if (SuspensionManager.SessionState.ContainsKey("Authorizer"))
{
auth = SuspensionManager.SessionState["Authorizer"] as PinAuthorizer;
}
else if (SuspensionManager.SessionState.ContainsKey("SavedAuthorizer") &&
SuspensionManager.SessionState["SavedAuthorizer"] != null)
{
LocalDataCredentials cred = (LocalDataCredentials)SuspensionManager.SessionState["SavedAuthorizer"];
auth = new PinAuthorizer
{
Credentials = cred,
UseCompression = true
};
SuspensionManager.SessionState["Authorizer"] = auth;
auth.ScreenName = cred.ScreenName;
auth.UserId = cred.UserId;
}
}
static ITwitterAuthorizer DoPinOAuth()
{
var auth = new PinAuthorizer()
{
Credentials = new InMemoryCredentials
{
ConsumerKey = ConsumerKey,
ConsumerSecret = ConsumerSecret
},
GoToTwitterAuthorization = pageLink => Process.Start(pageLink),
GetPin = () =>
{
string result = null;
InputBox.Show("Twitter Authentication",
"Enter the PIN number Twitter will give you here: ", ref result);
return result;
}
};
return auth;
}
public void StreamUsersTweets(IList<RetreaveIndex> indexesToStream)
{
Running = true;
DoUserStreams(indexesToStream);
return;
StringBuilder usersToFollow = new StringBuilder();
bool first = true;
//foreach uesr get the associated users
//should only be one anyway.
foreach (RetreaveIndex index in indexesToStream)
{
foreach (RegisteredUser user in index.AssociatedUsers)
{
if (!first)
usersToFollow.Append(",");
usersToFollow.Append(user.TwitterId);
first = false;
}
}
Console.WriteLine("Starting stream for " + usersToFollow.ToString());
InMemoryCredentials credentials = new InMemoryCredentials();
//user credentials
credentials.AccessToken = AuthenticationTokens.AppOwnerAccessTokenSecret;
credentials.OAuthToken = AuthenticationTokens.AppOwnerAccessToken;
//app specific credentials
credentials.ConsumerKey = AuthenticationTokens.TwitterConsumerKey;
credentials.ConsumerSecret = AuthenticationTokens.TwitterConsumerSecret;
//save to pin authorizer
PinAuthorizer authorizer = new PinAuthorizer();
authorizer.Credentials = credentials;
TwitterContext twitterCtx = new TwitterContext(authorizer);
//DoSiteStream(twitterCtx, usersToFollow.ToString());
}
private void parametresFenetre_Load(object sender, EventArgs e)
{
var auth = new PinAuthorizer()
{
CredentialStore = new InMemoryCredentialStore
{
ConsumerKey = ConfigurationManager.AppSettings["consumerKey"],
ConsumerSecret = ConfigurationManager.AppSettings["consumerSecret"]
},
GoToTwitterAuthorization = pageLink => Process.Start(pageLink),
GetPin = () =>
{
Console.WriteLine(
"\nAfter authorizing this application, Twitter " +
"will give you a 7-digit PIN Number.\n");
Console.Write("Enter the PIN number here: ");
return Console.ReadLine();
}
};
auth.AuthorizeAsync();
}
public void Authorize_Gets_Access_Token()
{
string screenName = "JoeMayo";
string userID = "123";
const string PinCode = "1234567";
const string AuthToken = "token";
const string AuthLink = "https://authorizationlink?oauth_token=" + AuthToken;
var pinAuth = new PinAuthorizer {Credentials = new InMemoryCredentials()};
var oAuthMock = new Mock<IOAuthTwitter>();
oAuthMock.Setup(oAuth => oAuth.AuthorizationLinkGet(It.IsAny<string>(), It.IsAny<string>(), "oob", false, AuthAccessType.NoChange))
.Returns(AuthLink);
oAuthMock.Setup(oAuth => oAuth.AccessTokenGet(AuthToken, PinCode, It.IsAny<string>(), string.Empty, out screenName, out userID));
pinAuth.OAuthTwitter = oAuthMock.Object;
pinAuth.GetPin = () => PinCode;
string destinationUrl = string.Empty;
pinAuth.GoToTwitterAuthorization = link => destinationUrl = link;
pinAuth.Authorize();
oAuthMock.Verify(oauth => oauth.AccessTokenGet(AuthToken, PinCode, It.IsAny<string>(), string.Empty, out screenName, out userID), Times.Once());
Assert.Equal(screenName, pinAuth.ScreenName);
Assert.Equal(userID, pinAuth.UserId);
Assert.Equal(AuthLink, destinationUrl);
}
private static void locate(PinAuthorizer tw)
{
System.Console.WriteLine("Please Type in how many DataLines should be taken (0 for all): ");
int takeUserInput = Convert.ToInt32(Console.ReadLine());
System.Console.WriteLine("Please Type in how many Datalines should be skipped (0 for none): ");
int skipUserInput = Convert.ToInt32(Console.ReadLine());
System.Console.WriteLine("Please type in the Information intervall: ");
int informationIntervall = Convert.ToInt32(Console.ReadLine());
System.Console.WriteLine("Do you want to retrieve Tweets about the progress? (0 no 1 yes)");
int tweetInformation = Convert.ToInt32(Console.ReadLine());
using (knowledgeObjects DB = new knowledgeObjects())
{
DB.Configuration.AutoDetectChangesEnabled = false;
DB.Configuration.ValidateOnSaveEnabled = false;
List<tweetRandomSample2> tweetsCollection = new List<tweetRandomSample2>();
if (takeUserInput == 0)
{
tweetsCollection = (List<tweetRandomSample2>)(from tweets in DB.tweetRandomSample2
orderby tweets.id
select tweets).Skip(skipUserInput).ToList();
}
else
{
tweetsCollection = (List<tweetRandomSample2>)(from tweets in DB.tweetRandomSample2
orderby tweets.id
select tweets).Take(takeUserInput).Skip(skipUserInput).ToList();
}
Stopwatch stopwatch = new Stopwatch();
TweetInformation ti = new TweetInformation();
TimeSpan timespan = new TimeSpan();
TimeSpan actualTime = new TimeSpan();
TweetLoc tl = new TweetLoc(0);
int i = 0;
GeoNames knowledgeResult = new GeoNames();
GeoNames tweetCountry = new GeoNames();
foreach (var item in tweetsCollection)
{
using (GeonamesDataEntities geonamesDB = new GeonamesDataEntities()) {
tweetCountry = (from geonames in geonamesDB.GeoNames
where geonames.geonameid == item.geoNames_geoNamesId
select geonames).ToList().First();
}
i++;
stopwatch.Start();
ti = new TweetInformation();
ti.userlocation = item.userlocation;
ti.timezone = item.timezone;
ti.longitude = item.lon;
ti.latitude = item.lat;
ti.baseDataId = item.id;
ti.coord = item.coord;
ti.randomSampleId = item.id;
tl.saveLocateResults(ti);
stopwatch.Stop();
actualTime += stopwatch.Elapsed;
timespan += stopwatch.Elapsed;
stopwatch.Reset();
if (i % informationIntervall == 0)
{
string tweetTXT = i + " T " + new RoundedTimeSpan(timespan.Ticks, 2) + " avg " + new RoundedTimeSpan(timespan.Ticks / i, 2) + " avg5k " + new RoundedTimeSpan(actualTime.Ticks / informationIntervall, 2);
System.Console.WriteLine(tweetTXT);
if (tweetInformation == 1)
{
statusUpdate("@pide2001 " + tweetTXT, tw);
}
actualTime = TimeSpan.Zero;
}
}
System.Console.WriteLine("Press any key to quit !");
System.Console.ReadLine();
}
}
private static TwitterContext CreateContext(string accessToken, string oAuthToken)
{
var auth = new PinAuthorizer()
{
Credentials = new InMemoryCredentials
{
ConsumerKey = "rgRMroMnWQ8IoUNYcNIX0BsLV",
ConsumerSecret = "vfX2T7V9kwmwDzCyBW8ZP91jElRhGnCNnG6fbfcvz1ysOrt8Bz",
AccessToken = accessToken,
OAuthToken = oAuthToken
},
GoToTwitterAuthorization = pageLink => Process.Start(pageLink),
GetPin = () =>
{
Console.WriteLine(
"\nAfter authorizing this application, Twitter " +
"will give you a 7-digit PIN Number.\n");
Console.Write("Enter the PIN number here: ");
var pin = Console.ReadLine();
return pin;
}
};
auth.AuthAccessType = AuthAccessType.Write;
auth.Authorize();
return new TwitterContext(auth);
}
static IAuthorizer DoPinOAuth()
{
var auth = new PinAuthorizer()
{
CredentialStore = new InMemoryCredentialStore
{
ConsumerKey = ConfigurationManager.AppSettings["consumerKey"],
ConsumerSecret = ConfigurationManager.AppSettings["consumerSecret"]
},
GoToTwitterAuthorization = pageLink => Process.Start(pageLink),
GetPin = () =>
{
Console.WriteLine(
"\nAfter authorizing this application, Twitter " +
"will give you a 7-digit PIN Number.\n");
Console.Write("Enter the PIN number here: ");
return Console.ReadLine();
}
};
return auth;
}
public void IsAuthorized_Returns_False_When_2_Credentials_Are_Null()
{
var pinAuth = new PinAuthorizer
{
Credentials = new InMemoryCredentials
{
AccessToken = "A",
ConsumerKey = "C",
ConsumerSecret = null,
OAuthToken = null
}
};
bool isAuth = pinAuth.IsAuthorized;
Assert.False(isAuth);
}
private static PinAuthorizer twitter()
{
var auth = new PinAuthorizer()
{
CredentialStore = new InMemoryCredentialStore
{
ConsumerKey = "Ssa9qRLFOUS8SdaD1TE0w",
ConsumerSecret = "sUcQ8oB7QJmXITjo8PGihGDxSbHrzCxmTs6BjVxlDo",
OAuthToken = "92306096-X3nzRe89yM1zvjX5nqsENEkmKViHqoxequa8ysRAw",
OAuthTokenSecret = "kYV8ZE3Px3PjeeOEjvo9VQZk37TktLXYM1UUJQCrta0yY"
}
//GoToTwitterAuthorization = pageLink => Process.Start(pageLink),
//GetPin = () =>
//{
// Console.WriteLine(
// "\nAfter authorizing this application, Twitter " +
// "will give you a 7-digit PIN Number.\n");
// Console.Write("Enter the PIN number here: ");
// return Console.ReadLine();
//}
};
auth.AuthorizeAsync();
return auth;
}
private static void statusUpdate(String tweetText, PinAuthorizer auth)
{
using (var twitter = new TwitterContext(auth))
{
var tweet = twitter.TweetAsync(tweetText);
}
}
private static void statistics(PinAuthorizer tw)
{
using (knowledgeObjects DB = new knowledgeObjects())
{
List<learningBase> tweetsCollection = new List<learningBase>();
tweetsCollection = (List<learningBase>)(from tweets in DB.learningBase
orderby tweets.id
select tweets).ToList();
Stopwatch stopwatch = new Stopwatch();
TweetInformation ti = new TweetInformation();
TimeSpan timespan = new TimeSpan();
TimeSpan actualTime = new TimeSpan();
TweetLoc tl = new TweetLoc(10);
int i = 0;
foreach (var item in tweetsCollection)
{
i++;
stopwatch.Start();
ti = new TweetInformation();
ti.userlocation = item.userlocation;
ti.timezone = item.timezone;
ti.longitude = item.lon;
ti.latitude = item.lat;
ti.baseDataId = item.id;
tl.getGeographyStatistics(ti);
stopwatch.Stop();
actualTime += stopwatch.Elapsed;
timespan += stopwatch.Elapsed;
stopwatch.Reset();
if (i % 10 == 0)
{
string tweetTXT = i + " T " + new RoundedTimeSpan(timespan.Ticks, 2) + " avg " + new RoundedTimeSpan(timespan.Ticks / i, 2) + " avg5k " + new RoundedTimeSpan(actualTime.Ticks / 1000, 2);
System.Console.WriteLine(tweetTXT);
//statusUpdate("@pide2001 " + tweetTXT, tw);
actualTime = TimeSpan.Zero;
}
}
System.Console.WriteLine("Median " + tl.statistics.getMedianOfDistances());
System.Console.WriteLine("Average " + tl.statistics.getAverageDistance());
System.Console.WriteLine("Biggest " + tl.statistics.getBiggestDistance());
System.Console.WriteLine("Smallest " + tl.statistics.getSmallestDistance());
Tuple<GeographyData, TweetKnowledgeObj> know = tl.statistics.getBiggestDistanceAndInformation();
System.Console.WriteLine("Biggest distance between " + know.Item1.geonamesId + " and " + know.Item2.baseDataId);
System.Console.WriteLine("Press any key to quit !");
System.Console.ReadLine();
}
}
private static void analysis(PinAuthorizer tw)
{
using (knowledgeObjects DB = new knowledgeObjects())
{
//DB.Database.Log = s => System.Diagnostics.Debug.WriteLine(s);
DB.Configuration.AutoDetectChangesEnabled = false;
DB.Configuration.ValidateOnSaveEnabled = false;
//get tweetRandomSample to iterate over tweets and analyse the results
var tweetRandomSample = (from trs
in DB.tweetRandomSample2
select trs).ToList();
Stopwatch stopwatch = new Stopwatch();
int counter = 0;
//iterate over tweets
foreach (var tweet in tweetRandomSample)
{
counter++;
//new List to hold Lists sorted by NGramOrder
List<List<knowledgeBaseGeocoding>> ListsByOrder = new List<List<knowledgeBaseGeocoding>>();
//getting knowledgeBaseGeocoding entries per tweet
List<knowledgeBaseGeocoding> knowledgeBaseGeocodingList = tweet.knowledgeBaseGeocoding.ToList();
if (knowledgeBaseGeocodingList.Select(g => g.knowledgeBaseId).FirstOrDefault()!= null)
{
//get maximumNGram
var max = knowledgeBaseGeocodingList.Max(g => g.NGramOrder);
List<knowledgeBaseGeocoding> temporaryList = new List<knowledgeBaseGeocoding>();
//Add lists from max NGramOrder down to 1
var knowledgeBaseGeocoding = (from kbg
in DB.knowledgeBaseGeocoding where kbg.tweetRandomSampleId == tweet.id
select kbg).Include("knowledgeBase").ToList();
for (int i = 1; i <= max; i++)
{
if (knowledgeBaseGeocoding.Where(g => g.NGramOrder.Value == i).ToList().Count > 0)
{
ListsByOrder.Add(knowledgeBaseGeocoding.Where(g => g.NGramOrder.Value == i).ToList()); }
}
//iterate over lists
foreach (var liste in ListsByOrder)
{
var order = liste.First().NGramOrder;
var tweetId = liste.First().tweetRandomSampleId;
//sql function to make it even faster
int sum = (int)DB.getSumOfNGramCounts(tweetId, order).FirstOrDefault();
//cityLevel
Tuple<int, float> idMaxPercentageCity = Tuple.Create(0, (float)0.0);
float currentPercentage = 0;
int ngramcoCity = 0;
foreach (var knowledgeBaseGeocodingEntry in liste)
{
int ngramco = (int)knowledgeBaseGeocodingEntry.NgramCount;
currentPercentage = ((float)ngramco / (float)sum);
if (idMaxPercentageCity.Item2 < currentPercentage)
{
idMaxPercentageCity = Tuple.Create(knowledgeBaseGeocodingEntry.id, currentPercentage);
ngramcoCity = ngramco;
}
}
int geonamesidCity = liste.Where(g => g.id == idMaxPercentageCity.Item1).Select(g => g.KnowledgeBase.GeoNamesId).FirstOrDefault();
int knowledgeBaseIdCity = liste.Where(g => g.id == idMaxPercentageCity.Item1).Select(g => g.KnowledgeBase.Id).FirstOrDefault(); ;
double? percentageMaxCity = idMaxPercentageCity.Item2;
int countCity = (int)liste.Where(g => g.id == idMaxPercentageCity.Item1).Select(g => g.KnowledgeBase.NGramCount).FirstOrDefault();
//System.Console.WriteLine("geonId {0} knowledgeBaseid {1} percentageMax {2} count {3}" ,geonamesid,knowledgeBaseId,percentageMax,count);
//admin2
var result = liste.GroupBy(o => o.KnowledgeBase.Admin2Id)
.Select(g => new { admin2Id = g.Key, total = g.Sum(i => i.NgramCount) });
Tuple<int, float> idMaxPercentageAdmin2 = Tuple.Create(0, (float)0.0);
int lossAdmin2 = 0;
int ngramcoAdmin2 = 0;
foreach (var entryadmin2 in result)
{
int ngramco = (int)entryadmin2.total;
currentPercentage = ((float)ngramco / (float)sum);
//System.Console.WriteLine(currentPercentage + " " + entryadmin2.admin2Id);
if (idMaxPercentageAdmin2.Item2 < currentPercentage)
{
if (entryadmin2.admin2Id != null)
{
idMaxPercentageAdmin2 = Tuple.Create((int)entryadmin2.admin2Id, currentPercentage);
ngramcoAdmin2 = ngramco;
}
else
{
lossAdmin2 = (int)entryadmin2.total;
}
}
}
//System.Console.WriteLine(idMaxPercentageAdmin2);
//System.Console.WriteLine("loss adm2 " + lossAdmin2);
//admin1
var resultAdmin1 = liste.GroupBy(o => o.KnowledgeBase.Admin1Id)
.Select(g => new { admin1Id = g.Key, total = g.Sum(i => i.NgramCount) });
Tuple<int, float> idMaxPercentageAdmin1 = Tuple.Create(0, (float)0.0);
int lossAdmin1 = 0;
int ngramcoAdmin1 = 0;
foreach (var entryadmin1 in resultAdmin1)
{
int ngramco = (int)entryadmin1.total;
currentPercentage = ((float)ngramco / (float)sum);
//.Console.WriteLine(currentPercentage + " " + entryadmin1.admin1Id);
if (idMaxPercentageAdmin1.Item2 < currentPercentage)
{
if (entryadmin1.admin1Id != null)
{
idMaxPercentageAdmin1 = Tuple.Create((int)entryadmin1.admin1Id, currentPercentage);
ngramcoAdmin1 = ngramco;
}
else
{
lossAdmin1 = (int)entryadmin1.total;
}
}
}
//.Console.WriteLine(idMaxPercentageAdmin1);
//System.Console.WriteLine("loss adm1 " + lossAdmin1);
//country
var resultCountry = liste.GroupBy(o => o.KnowledgeBase.CountryId)
.Select(g => new { countryId = g.Key, total = g.Sum(i => i.NgramCount) });
Tuple<int, float> idMaxPercentageCountry = Tuple.Create(0, (float)0.0);
int ngramcoCountry = 0;
foreach (var entryCountry in resultCountry)
{
int ngramco = (int)entryCountry.total;
currentPercentage = ((float)ngramco / (float)sum);
//System.Console.WriteLine(currentPercentage + " " + entryCountry.countryId);
if (idMaxPercentageCountry.Item2 < currentPercentage)
{
idMaxPercentageCountry = Tuple.Create((int)entryCountry.countryId, currentPercentage);
ngramcoCountry = ngramco;
}
}
//System.Console.WriteLine(idMaxPercentageCountry);
DB.resultsKnowledgeBaseGeocoding.Add(new resultsKnowledgeBaseGeocoding
{
nGramOrder = order,
overallCount = sum,
tweetRandomSampleId = tweetId,
city_geonamesId = geonamesidCity,
city_knowledgeBaseId = knowledgeBaseIdCity,
city_percentage = percentageMaxCity,
city_count = ngramcoCity,
adm2_geonamesId = idMaxPercentageAdmin2.Item1,
adm2_percentage = idMaxPercentageAdmin2.Item2,
adm2_loss = lossAdmin2,
adm2_count = ngramcoAdmin2,
adm1_geonamesId = idMaxPercentageAdmin1.Item1,
adm1_percentage = idMaxPercentageAdmin1.Item2,
adm1_loss = lossAdmin1,
adm1_count = ngramcoAdmin1,
country_geonamesId = idMaxPercentageCountry.Item1,
country_percentage = idMaxPercentageCountry.Item2,
country_count = ngramcoCountry
});
DB.SaveChanges();
}
}
if (counter % 500 == 0) {
System.Console.WriteLine("tweets so far: " + counter);
statusUpdate("@pide2001 " + counter, tw);
}
}
}
System.Console.WriteLine("Press any key to quit !");
System.Console.ReadLine();
}
