public IEnumerable <string> Handle(string input, Match match, IListener listener)
{
var query = input;
if (match.Groups[1].Value == "wolfram")
{
query = match.Groups[2].Value;
}
var engine = new WolframAlphaEngine(AppId);
var result = engine.GetWolframAlphaQueryResult(engine.GetStringRequest(new WolframAlphaQuery()
{
Query = query,
APIKey = AppId
}));
if (!result.Success)
{
yield return("");
}
var r = "";
var answerPod = result.Pods.FirstOrDefault(o => o.Title.ToLower().Contains("result"));
var interpretationPod = result.Pods.FirstOrDefault(o => o.Title.ToLower().Contains("input interpretation"));
if (answerPod == null || interpretationPod == null)
{
yield return("");
}
var interpretation = interpretationPod.SubPods[0].PodText.Replace(" |", "'s").UppercaseFirst();
var answer = answerPod.SubPods[0].PodText.RemoveExtraSpaces().Trim();
yield return(("{0} is {1}".Template(interpretation, answer)).Replace("\n", " "));
}
public Wolfram(string query)
{
var url = "http://api.wolframalpha.com/v2/query?input={0}&appid=2PWVJ9-9XEHHYT93V".Template(query);
var doc = new XmlDocument();
doc.LoadXml(new BrowserClient().DownloadString(url));
Result = "I have no idea.";
Images = new List <string>();
foreach (XmlNode node in doc.SelectNodes("//pod/subpod/img"))
{
Images.Add(node.Attributes["src"].Value);
}
try
{
Result = doc.SelectSingleNode("//pod[@title='Result']/subpod/plaintext").InnerText;
}
catch
{
}
var engine = new WolframAlphaEngine(AppId);
var result = engine.GetWolframAlphaQueryResult(engine.GetStringRequest(new WolframAlphaQuery()
{
Query = query,
APIKey = AppId
}));
}
public Wolfram(string query)
{
var url = "http://api.wolframalpha.com/v2/query?input={0}&appid=2PWVJ9-9XEHHYT93V".Template(query);
var doc = new XmlDocument();
doc.LoadXml(new BrowserClient().DownloadString(url));
Result = "I have no idea.";
Images = new List<string>();
foreach (XmlNode node in doc.SelectNodes("//pod/subpod/img"))
{
Images.Add(node.Attributes["src"].Value);
}
try
{
Result = doc.SelectSingleNode("//pod[@title='Result']/subpod/plaintext").InnerText;
}
catch
{
}
var engine = new WolframAlphaEngine(AppId);
var result = engine.GetWolframAlphaQueryResult(engine.GetStringRequest(new WolframAlphaQuery()
{
Query = query,
APIKey = AppId
}));
}
public void ShowAndCalculate(string query, string appkey)
{
this.Show();
Properties.Settings.Default.WA_RespSend++;
Properties.Settings.Default.Save();
Engine = new WolframAlphaEngine(appkey);//KLQJ9W-5UU8EGQUG3
WolframAlphaQuery WAQ = new WolframAlphaQuery();
WAQ.APIKey = appkey;
WAQ.MoreOutput = false;
WAQ.Asynchronous = false;
WAQ.AllowCaching = false;
WAQ.Query = query;
WAQ.TimeLimit = 30000;
WAQ.Format = WolframAlphaQueryFormat.PlainText + "," + WolframAlphaQueryFormat.Image;
pictureLoadAnim.Image = Properties.Resources.anim_0;
loadingslide = 0;
timerAnim.Start();
del = new Delegate(Engine.LoadResponse);
del.BeginInvoke(WAQ, new AsyncCallback(CallBackFunc), null);
}
public IEnumerable<string> Handle(string input, Match match, IListener listener)
{
var query = input;
if (match.Groups[1].Value == "wolfram")
query = match.Groups[2].Value;
var engine = new WolframAlphaEngine(AppId);
var result = engine.GetWolframAlphaQueryResult(engine.GetStringRequest(new WolframAlphaQuery()
{
Query = query,
APIKey = AppId
}));
if (!result.Success)
yield return "";
var r = "";
var answerPod = result.Pods.FirstOrDefault(o => o.Title.ToLower().Contains("result"));
var interpretationPod = result.Pods.FirstOrDefault(o => o.Title.ToLower().Contains("input interpretation"));
if (answerPod == null || interpretationPod == null)
yield return "";
var interpretation = interpretationPod.SubPods[0].PodText.Replace(" |", "'s").UppercaseFirst();
var answer = answerPod.SubPods[0].PodText.RemoveExtraSpaces().Trim();
yield return ("{0} is {1}".Template(interpretation, answer)).Replace("\n", " ");
}
public void Main(string apiKey, string WolframAlphaSearchTerms)
{
Engine = new WolframAlphaEngine();
//Try to delete the log file if it already exists.
/*try {
File.Delete(System.Environment.GetFolderPath(Environment.SpecialFolder.Desktop) + "\\Wolfram Alpha wrapper log.log");
} catch {
}*/
//Define what our application ID is.
string WolframAlphaApplicationID = "beta824g1";
//Define what we want to search for.
//string WolframAlphaSearchTerms = "england";
//Print out what we're about to do in the console.
Output("Getting response for the search terms \"" + WolframAlphaSearchTerms , 0, ConsoleColor.White);
//Use the engine to get a response, from the application ID specified, and the search terms.
//Engine.LoadResponse(WolframAlphaSearchTerms, WolframAlphaApplicationID);
var query = new WolframAlphaQuery();
query.APIKey = apiKey;
query.Format = "plaintext";
query.Query = WolframAlphaSearchTerms; //"england"; //"what day is today?";
//Engine.LoadResponse(WolframAlphaSearchTerms);
Engine.LoadResponse(query);
//Print out a message saying that the last task was successful.
Output("Response injected.", 0, ConsoleColor.White);
//Make 2 empty spaces in the console.
Output("", 0, ConsoleColor.White);
Output("Response details", 1, ConsoleColor.Blue);
"Showing details for Engine: {0}".info(Engine);
//Print out how many different pods that were found.
Output("Pods found: " + Engine.QueryResult.NumberOfPods, 1, ConsoleColor.White);
Output("Query pasing time: " + Engine.QueryResult.ParseTiming + " seconds", 1, ConsoleColor.White);
Output("Query execution time: " + Engine.QueryResult.Timing + " seconds", 1, ConsoleColor.White);
int PodNumber = 1;
foreach (WolframAlphaPod Item in Engine.QueryResult.Pods) {
//Make an empty space in the console.
Output("", 0, ConsoleColor.White);
Output("Pod " + PodNumber, 2, ConsoleColor.Red);
Output("Sub pods found: " + Item.NumberOfSubPods, 2, ConsoleColor.White);
Output("Title: \"" + Item.Title + "\"", 2, ConsoleColor.White);
Output("Position: " + Item.Position, 2, ConsoleColor.White);
int SubPodNumber = 1;
foreach (WolframAlphaSubPod SubItem in Item.SubPods) {
Output("", 0, ConsoleColor.White);
Output("Sub pod " + SubPodNumber, 3, ConsoleColor.Magenta);
Output("Title: \"" + SubItem.Title + "\"", 3, ConsoleColor.White);
Output("Pod text: \"" + SubItem.PodText + "\"", 3, ConsoleColor.White);
if (SubItem.PodImage.notNull())
{
Output("Pod image title: \"" + SubItem.PodImage.Title + "\"", 3, ConsoleColor.White);
Output("Pod image width: " + SubItem.PodImage.Width, 3, ConsoleColor.White);
Output("Pod image height: " + SubItem.PodImage.Height, 3, ConsoleColor.White);
Output("Pod image location: \"" + SubItem.PodImage.Location.ToString() + "\"", 3, ConsoleColor.White);
Output("Pod image description text: \"" + SubItem.PodImage.HoverText + "\"", 3, ConsoleColor.White);
}
SubPodNumber += 1;
}
PodNumber += 1;
}
//Make an empty space in the console.
Output("", 0, ConsoleColor.White);
//Make the application stay open until there is user interaction.
//Output("All content has been saved to " + System.Environment.GetFolderPath(Environment.SpecialFolder.Desktop) + "\\Wolfram Alpha wrapper log.log. Press a key to close the example.", 0, ConsoleColor.Green);
//Console.ReadLine();
}
public void Main(string apiKey, string WolframAlphaSearchTerms)
{
Engine = new WolframAlphaEngine();
//Try to delete the log file if it already exists.
/*try {
* File.Delete(System.Environment.GetFolderPath(Environment.SpecialFolder.Desktop) + "\\Wolfram Alpha wrapper log.log");
* } catch {
* }*/
//Define what our application ID is.
string WolframAlphaApplicationID = "beta824g1";
//Define what we want to search for.
//string WolframAlphaSearchTerms = "england";
//Print out what we're about to do in the console.
Output("Getting response for the search terms \"" + WolframAlphaSearchTerms, 0, ConsoleColor.White);
//Use the engine to get a response, from the application ID specified, and the search terms.
//Engine.LoadResponse(WolframAlphaSearchTerms, WolframAlphaApplicationID);
var query = new WolframAlphaQuery();
query.APIKey = apiKey;
query.Format = "plaintext";
query.Query = WolframAlphaSearchTerms; //"england"; //"what day is today?";
//Engine.LoadResponse(WolframAlphaSearchTerms);
Engine.LoadResponse(query);
//Print out a message saying that the last task was successful.
Output("Response injected.", 0, ConsoleColor.White);
//Make 2 empty spaces in the console.
Output("", 0, ConsoleColor.White);
Output("Response details", 1, ConsoleColor.Blue);
"Showing details for Engine: {0}".info(Engine);
//Print out how many different pods that were found.
Output("Pods found: " + Engine.QueryResult.NumberOfPods, 1, ConsoleColor.White);
Output("Query pasing time: " + Engine.QueryResult.ParseTiming + " seconds", 1, ConsoleColor.White);
Output("Query execution time: " + Engine.QueryResult.Timing + " seconds", 1, ConsoleColor.White);
int PodNumber = 1;
foreach (WolframAlphaPod Item in Engine.QueryResult.Pods)
{
//Make an empty space in the console.
Output("", 0, ConsoleColor.White);
Output("Pod " + PodNumber, 2, ConsoleColor.Red);
Output("Sub pods found: " + Item.NumberOfSubPods, 2, ConsoleColor.White);
Output("Title: \"" + Item.Title + "\"", 2, ConsoleColor.White);
Output("Position: " + Item.Position, 2, ConsoleColor.White);
int SubPodNumber = 1;
foreach (WolframAlphaSubPod SubItem in Item.SubPods)
{
Output("", 0, ConsoleColor.White);
Output("Sub pod " + SubPodNumber, 3, ConsoleColor.Magenta);
Output("Title: \"" + SubItem.Title + "\"", 3, ConsoleColor.White);
Output("Pod text: \"" + SubItem.PodText + "\"", 3, ConsoleColor.White);
if (SubItem.PodImage.notNull())
{
Output("Pod image title: \"" + SubItem.PodImage.Title + "\"", 3, ConsoleColor.White);
Output("Pod image width: " + SubItem.PodImage.Width, 3, ConsoleColor.White);
Output("Pod image height: " + SubItem.PodImage.Height, 3, ConsoleColor.White);
Output("Pod image location: \"" + SubItem.PodImage.Location.ToString() + "\"", 3, ConsoleColor.White);
Output("Pod image description text: \"" + SubItem.PodImage.HoverText + "\"", 3, ConsoleColor.White);
}
SubPodNumber += 1;
}
PodNumber += 1;
}
//Make an empty space in the console.
Output("", 0, ConsoleColor.White);
//Make the application stay open until there is user interaction.
//Output("All content has been saved to " + System.Environment.GetFolderPath(Environment.SpecialFolder.Desktop) + "\\Wolfram Alpha wrapper log.log. Press a key to close the example.", 0, ConsoleColor.Green);
//Console.ReadLine();
}
