package com.htc.android.mail.mimemessage;

import android.text.TextUtils;
import android.text.util.Rfc822Token;
import android.text.util.Rfc822Tokenizer;
import com.htc.android.mail.mimemessage.Utility;
import java.util.ArrayList;
import java.util.regex.Pattern;
import org.apache.james.mime4j.codec.EncoderUtil;
import org.apache.james.mime4j.decoder.DecoderUtil;

public class Address {

   private static final Address[] EMPTY_ADDRESS_ARRAY = new Address[0];
   private static final char LIST_DELIMITER_EMAIL = '\u0001';
   private static final char LIST_DELIMITER_PERSONAL = '\u0002';
   private static final Pattern REMOVE_OPTIONAL_BRACKET = Pattern.compile("^<?([^>]+)>?$");
   private static final Pattern REMOVE_OPTIONAL_DQUOTE = Pattern.compile("^\"?([^\"]*)\"?$");
   private static final Pattern UNQUOTE = Pattern.compile("\\\\([\\\\\"])");
   String mAddress;
   String mPersonal;


   public Address(String var1) {
      this.setAddress(var1);

   }

   public Address(String var1, String var2) {
      this.setAddress(var1);

      this.setPersonal(var2);

   }

   public static boolean isAllValid(String var0) {
      boolean var5;

      if(var0 != null && var0.length() > 0) {

         Rfc822Token[] var1 = Rfc822Tokenizer.tokenize(var0);

         int var2 = 0;



         for(int var3 = var1.length; var2 < var3; ++var2) {

            String var4 = var1[var2].getAddress();

            if(!TextUtils.isEmpty(var4) && !isValidAddress(var4)) {

               var5 = false;

               return var5;

            }

         }

      }



      var5 = true;

      return var5;

   }

   static boolean isValidAddress(String var0) {
      int var1 = var0.length();

      int var2 = var0.indexOf(64);

      int var3 = var0.lastIndexOf(64);

      int var4 = var3 + 1;

      int var5 = var0.indexOf(46, var4);

      int var6 = var0.lastIndexOf(46);

      boolean var8;

      if(var2 > 0 && var2 == var3 && var3 + 1 < var5 && var5 <= var6) {

         int var7 = var1 - 1;

         if(var6 < var7) {

            var8 = true;

            return var8;

         }

      }



      var8 = false;

      return var8;

   }

   static Address[] legacyUnpack(String var0) {
      Address[] var1;

      if(var0 != null && var0.length() != 0) {

         ArrayList var2 = new ArrayList();

         int var3 = var0.length();



         int var5;

         for(int var4 = 0; var4 < var3; var4 = var5 + 1) {

            var5 = var0.indexOf(44, var4);

            if(var5 == -1) {

               ;

            }



            int var7 = var0.indexOf(59, var4);

            String var8 = null;

            String var9;

            if(var7 != -1 && var7 <= var5) {

               var9 = Utility.fastUrlDecode(var0.substring(var4, var7));

               int var12 = var7 + 1;

               var8 = Utility.fastUrlDecode(var0.substring(var12, var5));

            } else {

               var9 = Utility.fastUrlDecode(var0.substring(var4, var5));

            }



            Address var10 = new Address(var9, var8);

            var2.add(var10);

         }



         Address[] var13 = new Address[0];

         var1 = (Address[])var2.toArray(var13);

      } else {

         var1 = new Address[0];

      }



      return var1;

   }

   public static String pack(Address[] var0) {
      String var1;

      if(var0 == null) {

         var1 = null;

      } else {

         int var2 = var0.length;

         if(var2 == 0) {

            var1 = "";

         } else if(var2 == 1 && var0[0].getPersonal() == null) {

            var1 = var0[0].getAddress();

         } else {

            StringBuffer var3 = new StringBuffer();



            for(int var4 = 0; var4 < var2; ++var4) {

               if(var4 != 0) {

                  StringBuffer var5 = var3.append('\u0001');

               }



               Address var6 = var0[var4];

               String var7 = var6.getAddress();

               var3.append(var7);

               String var9 = var6.getPersonal();

               if(var9 != null) {

                  StringBuffer var10 = var3.append('\u0002');

                  var3.append(var9);

               }

            }



            var1 = var3.toString();

         }

      }



      return var1;

   }

   public static String packedToHeader(String var0) {
      return toHeader(unpack(var0));

   }

   public static Address[] parse(String var0) {
      Address[] var1;

      if(var0 != null && var0.length() != 0) {

         Rfc822Token[] var2 = Rfc822Tokenizer.tokenize(var0);

         ArrayList var3 = new ArrayList();

         int var4 = 0;



         for(int var5 = var2.length; var4 < var5; ++var4) {

            Rfc822Token var6 = var2[var4];

            String var7 = var6.getAddress();

            if(!TextUtils.isEmpty(var7) && isValidAddress(var7)) {

               String var8 = var6.getName();

               if(TextUtils.isEmpty(var8)) {

                  var8 = null;

               }



               Address var9 = new Address(var7, var8);

               var3.add(var9);

            }

         }



         Address[] var11 = new Address[0];

         var1 = (Address[])var3.toArray(var11);

      } else {

         var1 = EMPTY_ADDRESS_ARRAY;

      }



      return var1;

   }

   public static String parseAndPack(String var0) {
      return pack(parse(var0));

   }

   public static String toFriendly(Address[] var0) {
      String var1;

      if(var0 != null && var0.length != 0) {

         if(var0.length == 1) {

            var1 = var0[0].toFriendly();

         } else {

            String var2 = var0[0].toFriendly();

            StringBuffer var3 = new StringBuffer(var2);

            int var4 = 1;



            while(true) {

               int var5 = var0.length;

               if(var4 >= var5) {

                  var1 = var3.toString();

                  break;

               }



               StringBuffer var6 = var3.append(',');

               String var7 = var0[var4].toFriendly();

               var3.append(var7);

               ++var4;

            }

         }

      } else {

         var1 = null;

      }



      return var1;

   }

   public static String toHeader(Address[] var0) {
      String var1;

      if(var0 != null && var0.length != 0) {

         if(var0.length == 1) {

            var1 = var0[0].toHeader();

         } else {

            String var2 = var0[0].toHeader();

            StringBuffer var3 = new StringBuffer(var2);

            int var4 = 1;



            while(true) {

               int var5 = var0.length;

               if(var4 >= var5) {

                  var1 = var3.toString();

                  break;

               }



               StringBuffer var6 = var3.append(", ");

               String var7 = var0[var4].toHeader();

               var3.append(var7);

               ++var4;

            }

         }

      } else {

         var1 = null;

      }



      return var1;

   }

   public static String toString(Address[] var0) {
      String var1;

      if(var0 != null && var0.length != 0) {

         if(var0.length == 1) {

            var1 = var0[0].toString();

         } else {

            String var2 = var0[0].toString();

            StringBuffer var3 = new StringBuffer(var2);

            int var4 = 1;



            while(true) {

               int var5 = var0.length;

               if(var4 >= var5) {

                  var1 = var3.toString();

                  break;

               }



               StringBuffer var6 = var3.append(',');

               String var7 = var0[var4].toString();

               var3.append(var7);

               ++var4;

            }

         }

      } else {

         var1 = null;

      }



      return var1;

   }

   public static Address[] unpack(String var0) {
      Address[] var1;

      if(var0 != null && var0.length() != 0) {

         ArrayList var2 = new ArrayList();

         int var3 = var0.length();

         int var4 = 0;



         int var6;

         for(int var5 = var0.indexOf(2); var4 < var3; var4 = var6 + 1) {

            var6 = var0.indexOf(1, var4);

            if(var6 == -1) {

               ;

            }



            Address var9;

            if(var5 != -1 && var6 > var5) {

               String var11 = var0.substring(var4, var5);

               int var12 = var5 + 1;

               String var13 = var0.substring(var12, var6);

               var9 = new Address(var11, var13);

               int var14 = var6 + 1;

               var5 = var0.indexOf(2, var14);

            } else {

               String var8 = var0.substring(var4, var6);

               var9 = new Address(var8, (String)null);

            }



            var2.add(var9);

         }



         Address[] var15 = EMPTY_ADDRESS_ARRAY;

         var1 = (Address[])var2.toArray(var15);

      } else {

         var1 = EMPTY_ADDRESS_ARRAY;

      }



      return var1;

   }

   public static Address unpackFirst(String var0) {
      Address[] var1 = unpack(var0);

      Address var2;

      if(var1.length > 0) {

         var2 = var1[0];

      } else {

         var2 = null;

      }



      return var2;

   }

   public static String unpackToString(String var0) {
      return toString(unpack(var0));

   }

   public boolean equals(Object var1) {
      boolean var4;

      if(var1 instanceof Address) {

         String var2 = this.getAddress();

         String var3 = ((Address)var1).getAddress();

         var4 = var2.equals(var3);

      } else {

         var4 = super.equals(var1);

      }



      return var4;

   }

   public String getAddress() {
      return this.mAddress;

   }

   public String getPersonal() {
      return this.mPersonal;

   }

   public String pack() {
      String var1 = this.getAddress();

      String var2 = this.getPersonal();

      String var3;

      if(var2 == null) {

         var3 = var1;

      } else {

         var3 = var1 + '\u0002' + var2;

      }



      return var3;

   }

   public void setAddress(String var1) {
      String var2 = REMOVE_OPTIONAL_BRACKET.matcher(var1).replaceAll("$1");

      this.mAddress = var2;

   }

   public void setPersonal(String var1) {
      if(var1 != null) {

         String var2 = REMOVE_OPTIONAL_DQUOTE.matcher(var1).replaceAll("$1");

         var1 = DecoderUtil.decodeEncodedWords(UNQUOTE.matcher(var2).replaceAll("$1"));

         if(var1.length() == 0) {

            var1 = null;

         }

      }



      this.mPersonal = var1;

   }

   public String toFriendly() {
      String var1;

      if(this.mPersonal != null && this.mPersonal.length() > 0) {

         var1 = this.mPersonal;

      } else {

         var1 = this.mAddress;

      }



      return var1;

   }

   public String toHeader() {
      String var5;

      if(this.mPersonal != null) {

         StringBuilder var1 = new StringBuilder();

         String var2 = EncoderUtil.encodeAddressDisplayName(this.mPersonal);

         StringBuilder var3 = var1.append(var2).append(" <");

         String var4 = this.mAddress;

         var5 = var3.append(var4).append(">").toString();

      } else {

         var5 = this.mAddress;

      }



      return var5;

   }

   public String toString() {
      String var5;

      if(this.mPersonal != null) {

         if(this.mPersonal.matches(".*[\\(\\)<>@,;:\\\\\".\\[\\]].*")) {

            StringBuilder var1 = new StringBuilder();

            String var2 = Utility.quoteString(this.mPersonal);

            StringBuilder var3 = var1.append(var2).append(" <");

            String var4 = this.mAddress;

            var5 = var3.append(var4).append(">").toString();

         } else {

            StringBuilder var6 = new StringBuilder();

            String var7 = this.mPersonal;

            StringBuilder var8 = var6.append(var7).append(" <");

            String var9 = this.mAddress;

            var5 = var8.append(var9).append(">").toString();

         }

      } else {

         var5 = this.mAddress;

      }



      return var5;

   }
}