C # Winfrom Little Yellow Chicken function call,

C # Winfrom Little Yellow Chicken function call,

Recently, a public platform has been studied to build a chatbot that calls the public interface of xiaohuang chicken to chat online with xiaohuang chicken.

Interface calling is not very troublesome, but php version, so I studied the functional modules of C,

Winfrom

The background interface code is

1 using System; 2 using System. collections. generic; 3 using System. componentModel; 4 using System. data; 5 using System. drawing; 6 using System. linq; 7 using System. text; 8 using System. windows. forms; 9 using System. threading; 10 11 namespace small base chicken 12 {13 public partial class Form1: Form 14 {15 private static string cookie = null; 16 private string msg = ""; 17 private Thread Th1 = null; 18 private Thread th3 = null; 19 private bool changed = false; 20 21 public Form1 () 22 {23 InitializeComponent (); 24 simsimi. setAllowUnsafeHeaderParsing20 (); 25 Thread th = new Thread (new ThreadStart (Cookie_Thread); 26 Th1 = new Thread (new ThreadStart (Hi_Thread )); 27 th3 = new Thread (new ThreadStart (PowerOn_Thread); 28 th. start (); 29 th2.Start (); 30 th3.Start (); 31} 32 33 private void button#click (obje Ct sender, EventArgs e) 34 {35 if (textBox1.Text! = "") 36 {37 changed = true; 38 msg = textBox1.Text; 39 textBox1.Text = ""; 40 richTextBox1.Text + = String. format ("Me: {0} \ n", msg); 41 changed = false; 42} 43} 44 45 private static void Cookie_Thread () 46 {47 cookie = simsimi. getCookie (); 48} 49 private void PowerOn_Thread () 50 {51 while (cookie = null) 52 {53 this. invoke (new Action (Update_PowerText), null); 54 Thread. sleep (1500); 55} 56 t His. Invoke (new Action (Update_PowerFinalText), null); 57} 58 private void Update_PowerText () 59 {60 richTextBox1.Text + = "is running... \ N "; 61} 62 private void Update_PowerFinalText () 63 {64 richTextBox1.Text + =" Well, the chicken is finally opened. \ N chicken: Hello, I'm a chicken. O (partition _ threads) o \ n "; 65} 66 private void Hi_Thread () 67 {68 while (true) 69 {70 while (changed) 71 {72 this. invoke (new Action (Update_Text), null); 73 break; 74} 75} 76} 77 private void Update_Text () 78 {79 richTextBox1.Text + = String. format ("chicken: {0} \ n", simsimi. hi_Simsimi (msg, cookie); 80} 81 82 private void textBox1_KeyUp (object sender, KeyEventArgs e) 83 {84 if (e. keyValue = 13) 85 {86 if (tex TBox1.Text! = "") 87 {88 changed = true; 89 msg = textBox1.Text; 90 textBox1.Text = ""; 91 richTextBox1.Text + = String. format ("Me: {0} \ n", msg); 92 changed = false; 93} 94} 95} 96 97 private void richTextBox1_TextChanged (object sender, EventArgs e) 98 {99 // set the cursor position to 100 this. richTextBox1.SelectionStart = richTextBox1.TextLength-1; 101 // scroll to the current cursor 102 this. richTextBox1.ScrollToCaret (); 103} 104 105} 106}View Code

Application class code: the application interface uses a json-format content that is passed back from xiaohuang chicken. Therefore, I am applying Newtonsoft, a common method on the Internet, to solve the json parsing problem. json. You can download the corresponding DLL from the Internet.

1 using System; 2 using System. collections. generic; 3 using System. linq; 4 using System. text; 5 using System. net; 6 using System. IO; 7 using System. IO. compression; 8 using System. reflection; 9 using Newtonsoft. json; 10 using Newtonsoft. json. linq; 11 12 13 namespace chicken 14 {15 class simsimi 16 {17 // <summary> 18 // Cookie 19 /// </summary> 20 // <returns> </returns> 21 public static string GetCookie () 22 {23 string Cookiesstr = null; 24 CookieCollection cookies = new CookieCollection (); 25 HttpWebRequest request = null; 26 request = (HttpWebRequest) WebRequest. create (" http://www.simsimi.com/talk.htm "); 27 request. cookieContainer = new CookieContainer (); 28 request. cookieContainer. add (cookies); 29 // Get the response from the server and save the cookies from the request .. 30 HttpWebResponse response = (HttpWebResponse) request. getResponse (); 31 Cookiesstr = request. cookieContainer. getCookieHeader (request. requestUri); 32 33 return Cookiesstr; 34} 35 36 37 public static string Hi_Simsimi (string que, string cookies) 38 {39 string ans = "let's change the topic "; 40 string url = String. format (" http://www.simsimi.com/func/reqN?lc=ch&ft=0.0&req= %0}&fl;http%3a%2f%2fwww.simsimi.com%2ftalk.htm ", que); 41 HttpWebRequest hi_request = null; 42 try 43 {44 hi_request = (HttpWebRequest) WebRequest. create (url); 45 hi_request.Method = "GET"; 46 hi_request.KeepAlive = true; 47 hi_request.ServicePoint.Expect100Continue = false; 48 49 hi_request.AllowWriteStreamBuffering = false; 50 // terminal information 51 hi_request.Accept = "application/json, text/javascript, */*; q = 0.01"; 52 hi_request.Headers.Add ("Accept-Language ", "zh-cn"); 53 hi_request.Headers.Add ("Accept-Encoding", "gzip, deflate"); 54 hi_request.Headers.Add ("Cookie", cookies + "; simsimi_uid = 1; "); 55 hi_request.Referer =" http://www.simsimi.com/talk.htm "; 56 hi_request.UserAgent =" Mozilla/4.0 (compatible; MSIE 7.0; Windows NT 6.1; Trident/5.0; SLCC2 ;. net clr 2.0.50727 ;. net clr 3.5.30729 ;. net clr 3.0.30729 ;. NET4.0C ;. NET4.0E) "; 57 hi_request.ContentType =" application/json; charset = UTF-8 "; 58 59 hi_request.AllowAutoRedirect = false; 60 HttpWebResponse hi_response = (HttpWebResponse) hi_request.GetResponse (); 61 StreamReader sr = new StreamReader (hi_respo Neuron. GetResponseStream (), Encoding. UTF8); 62 ans = sr. ReadToEnd (); 63 if (ans! = "{}") 64 {65 66 JObject jo = JObject. parse (ans); 67 string [] ArrayList = jo. properties (). select (item => item. value. toString ()). toArray (); 68 if (ArrayList [0] = "200") 69 {70 ans = ArrayList [6]; 71} 72 else 73 {74 ans = "not understood, can I say it again? "; 75} 76} 77 hi_request.Abort (); 78 hi_response.Close (); 79} 80 catch (System. exception e) 81 {82 83 Console. writeLine (e. toString (); 84 // return e. toString (); 85 return "Sorry, it's too bad ~ "; 86} 87 88 return ans; 89} 90 91 92 93 public static bool SetAllowUnsafeHeaderParsing20 () 94 {95 // Get the assembly that contains the internal class 96 Assembly aNetAssembly = Assembly. getAssembly (typeof (System. net. configuration. settingsSection); 97 if (aNetAssembly! = Null) 98 {99 // Use the assembly in order to get the internal type for the internal class100type aSettingsType = aNetAssembly. getType ("System. net. configuration. settingsSectionInternal "); 101 if (aSettingsType! = Null) 102 {103 // Use the internal static property to get an instance of the internal settings class.104 // If the static instance isn't created allready the property will create it for us.105 object anInstance = aSettingsType. invokeMember ("Section", 106 BindingFlags. static | BindingFlags. getProperty | BindingFlags. nonPublic, null, null, new object [] {}); 107 108 if (anInstance! = Null) 109 {110 // Locate the private bool field that tells the framework is unsafe header parsing shoshould be allowed or not111 FieldInfo aUseUnsafeHeaderParsing = aSettingsType. getField ("useUnsafeHeaderParsing", BindingFlags. nonPublic | BindingFlags. instance); 112 if (aUseUnsafeHeaderParsing! = Null) 113 {114 aUseUnsafeHeaderParsing. SetValue (anInstance, true); 115 return true; 116} 117} 118} 119 return false; 120} 121} 122}View Code

 

& In C Language

& Can be used as the bitwise AND or address fetch Operator
The following describes two usage methods:
1. bitwise and operation bitwise AND operator "&" are binary operators. Its function is the binary phase corresponding to the two numbers involved in the operation. The result bit is 1 only when the two binary numbers are 1. Otherwise, the result bit is 0. The number of involved operations is supplemented.
For example, 9 & 5 can be written as follows: 00001001 (Binary complement of 9) & 00000101 (Binary complement of 5) 00000001 (Binary complement of 1) Visible 9 & 5 = 1.
Bitwise AND operations are usually used to clear some bits or retain some bits. For example, if a clears the high eight bits of 0 and retains the low eight bits, it can be used as a & 255 operation (255 of the binary number is 0000000011111111 ).
2. Get the address
& As The unary operator, the result is the address of the right operation object.
For example, & x returns the address of x.
The address itself is an abstract concept used to indicate the logical location of an object in the memory.

& In C Language

& Can be used as the bitwise AND or address fetch Operator
The following describes two usage methods:
1. bitwise and operation bitwise AND operator "&" are binary operators. Its function is the binary phase corresponding to the two numbers involved in the operation. The result bit is 1 only when the two binary numbers are 1. Otherwise, the result bit is 0. The number of involved operations is supplemented.
For example, 9 & 5 can be written as follows: 00001001 (Binary complement of 9) & 00000101 (Binary complement of 5) 00000001 (Binary complement of 1) Visible 9 & 5 = 1.
Bitwise AND operations are usually used to clear some bits or retain some bits. For example, if a clears the high eight bits of 0 and retains the low eight bits, it can be used as a & 255 operation (255 of the binary number is 0000000011111111 ).
2. Get the address
& As The unary operator, the result is the address of the right operation object.
For example, & x returns the address of x.
The address itself is an abstract concept used to indicate the logical location of an object in the memory.