android - Search nearby places using AutoCompleteTextView -

i want show list of nearby places using autocompletetextview https://www.google.co.in/maps/@12.9539974,77.6309395,11z?hl=en , want show icon of places facebook checkin, when search word atm shows nearby atm in list , icon, possible implement in app? if yes how? can me?

my code below:

findplaces.java

public class findplaces extends appcompatactivity implements locationlistener, googleapiclient.onconnectionfailedlistener {     private googleapiclient mgoogleapiclient;     private static final latlngbounds bounds_greater_sydeny = new latlngbounds(             new latlng(23.0396, 72.566), new latlng(23.0396,             72.566));//23.0396,72.566     private autocompletetextview mautocompleteview;     private activity mactivity;     private imageview imgsearchclear;     private string searchaddress = "";     private placeautocompleteadapter madapter;       @override     protected void oncreate(bundle savedinstancestate) {         super.oncreate(savedinstancestate);          mgoogleapiclient = new googleapiclient.builder(this)                 .enableautomanage(this, 0 /* clientid */, this)                 .addapi(places.geo_data_api).build();         setcontentview(r.layout.find_place);          mactivity = findplaces.this;          mautocompleteview = (autocompletetextview) findviewbyid(r.id.edtsearch);         mautocompleteview.setonitemclicklistener(mautocompleteclicklistener);         imgsearchclear = (imageview) findviewbyid(r.id.imgsearchclear);         imgsearchclear.setvisibility(view.gone);          madapter = new placeautocompleteadapter(this, mgoogleapiclient,                 bounds_greater_sydeny, null);         mautocompleteview.setadapter(madapter);         mautocompleteview.setontouchlistener(new view.ontouchlistener() {             @override             public boolean ontouch(view v, motionevent event) {                 if (webinterface.isonline(mactivity)) {                     v.setfocusable(true);                     v.setfocusableintouchmode(true);                 } else {                     v.setfocusable(false);                     v.setfocusableintouchmode(false);                 }                 return false;             }         });         imgsearchclear.setonclicklistener(new view.onclicklistener() {             @override             public void onclick(view v) {                 mautocompleteview.settext("");             }         });         mautocompleteview.setoneditoractionlistener(new textview.oneditoractionlistener() {             @override             public boolean oneditoraction(textview v, int actionid, keyevent event) {                 if (actionid == editorinfo.ime_action_search) { //                    performsearch();                     return true;                 }                 return false;             }         });          mautocompleteview.addtextchangedlistener(new textwatcher() {             @override             public void beforetextchanged(charsequence s, int start, int count, int after) {              }              @override             public void ontextchanged(charsequence s, int start, int before, int count) {                  if (webinterface.isonline(mactivity)) {                     mautocompleteview.setfocusable(true);                     if (!mautocompleteview.gettext().tostring().equals("")) {                         imgsearchclear.setvisibility(view.visible);                      } else {                         imgsearchclear.setvisibility(view.gone);                     }                 } else {                 }             }              @override             public void aftertextchanged(editable s) {              }         });     }      @override     public void onlocationchanged(location location) {      }      @override     public void onstatuschanged(string provider, int status, bundle extras) {      }      @override     public void onproviderenabled(string provider) {      }      @override     public void onproviderdisabled(string provider) {      }      @override     public void onconnectionfailed(@nonnull connectionresult connectionresult) {      }      private adapterview.onitemclicklistener mautocompleteclicklistener = new adapterview.onitemclicklistener() {         @override         public void onitemclick(adapterview<?> parent, view view, int position,                                 long id) {             /*              * retrieve place id of selected item adapter.              * adapter stores each place suggestion in autocompleteprediction              * read place id , title.              */             inputmethodmanager imm = (inputmethodmanager) getsystemservice(context.input_method_service);             imm.hidesoftinputfromwindow(view.getapplicationwindowtoken(), 0);             mautocompleteview.clearfocus();              final autocompleteprediction item = madapter.getitem(position);             final string placeid = item.getplaceid();             final charsequence primarytext = item.getprimarytext(null);              log.d("autocomplete item item: ", item.getdescription());             log.d("autocomplete item placeid: ", placeid);             log.d("autocomplete item selected: ", primarytext + "");              try {                 searchaddress = urldecoder.decode(item.getdescription().tostring(), "utf-8");             } catch (unsupportedencodingexception e) {                 e.printstacktrace();             }              /*              * issue request places geo data api retrieve place              * object additional details place.              */             pendingresult<placebuffer> placeresult = places.geodataapi                     .getplacebyid(mgoogleapiclient, placeid);             placeresult.setresultcallback(mupdateplacedetailscallback);         }     };     private resultcallback<placebuffer> mupdateplacedetailscallback = new resultcallback<placebuffer>() {         @override         public void onresult(placebuffer places) {             if (!places.getstatus().issuccess()) {                 // request did not complete                 log.d("place query did not complete. error: "                         , places.getstatus().tostring());                 places.release();                 return;             }              // place object buffer.             final place place = places.get(0);              // format details of place display , show in             // textview.              log.d("full address", place.getaddress().tostring());              string latlong = place.getlatlng().tostring();             string s = "";             s = latlong.substring(latlong.indexof("(") + 1);             s = latlong.substring(0, latlong.indexof(")"));              string split[] = s.split(",");              log.d("place details received: ", place.getname() + ""); //            mlocation = place.getname();             places.release();         }     }; } 

placeautocompleteadapter.java

public class placeautocompleteadapter         extends arrayadapter<autocompleteprediction> implements filterable {      private static final string tag = "placeautocompleteadapter";     private static final characterstyle style_bold = new stylespan(typeface.bold);     /**      * current results returned adapter.      */     private arraylist<autocompleteprediction> mresultlist;      /**      * handles autocomplete requests.      */     private googleapiclient mgoogleapiclient;      /**      * bounds used places geo data autocomplete api requests.      */     private latlngbounds mbounds;      /**      * autocomplete filter used restrict queries specific set of place types.      */     private autocompletefilter mplacefilter;      /**      * initializes resource text rows , autocomplete query bounds.      *      * @see arrayadapter#arrayadapter(context, int)      */     public placeautocompleteadapter(context context, googleapiclient googleapiclient,                                     latlngbounds bounds, autocompletefilter filter) {         super(context, r.layout.map_data_row, android.r.id.text1);         mgoogleapiclient = googleapiclient;         mbounds = bounds;         mplacefilter = filter;     }      /**      * sets bounds subsequent queries.      */     public void setbounds(latlngbounds bounds) {         mbounds = bounds;     }      /**      * returns number of results received in last autocomplete query.      */     @override     public int getcount() {         if (mresultlist != null)             return mresultlist.size();         else             return 0;     }      /**      * returns item last autocomplete query.      */     @override     public autocompleteprediction getitem(int position) {         return mresultlist.get(position);     }      @override     public view getview(int position, view convertview, viewgroup parent) {         view row = super.getview(position, convertview, parent);          // sets primary , secondary text row.         // note getprimarytext() , getsecondarytext() return charsequence may contain         // styling based on given characterstyle.          autocompleteprediction item = getitem(position);          textview textview1 = (textview) row.findviewbyid(android.r.id.text1);         textview textview2 = (textview) row.findviewbyid(android.r.id.text2);         textview1.settext(item.getprimarytext(style_bold));         textview2.settext(item.getsecondarytext(style_bold));          return row;     }      /**      * returns filter current set of autocomplete results.      */     @override     public filter getfilter() {         return new filter() {             @override             protected filterresults performfiltering(charsequence constraint) {                 filterresults results = new filterresults();                 // skip autocomplete query if no constraints given.                 if (constraint != null) {                     // query autocomplete api (constraint) search string.                     mresultlist = getautocomplete(constraint);                     if (mresultlist != null) {                         // api returned results.                         results.values = mresultlist;                         results.count = mresultlist.size();                     }                 }                 return results;             }              @override             protected void publishresults(charsequence constraint, filterresults results) {                 if (results != null && results.count > 0) {                     // api returned @ least 1 result, update data.                     notifydatasetchanged();                 } else {                     // api did not return results, invalidate data set.                     notifydatasetinvalidated();                 }             }              @override             public charsequence convertresulttostring(object resultvalue) {                 // override method display readable result in autocompletetextview                 // when clicked.                 if (resultvalue instanceof autocompleteprediction) {                     return ((autocompleteprediction) resultvalue).getfulltext(null);                 } else {                     return super.convertresulttostring(resultvalue);                 }             }         };     }     private arraylist<autocompleteprediction> getautocomplete(charsequence constraint) {         if (mgoogleapiclient.isconnected()) {             log.d("starting autocomplete query for: ", constraint + "");              // submit query autocomplete api , retrieve pendingresult             // contain results when query completes.             pendingresult<autocompletepredictionbuffer> results =                     places.geodataapi                             .getautocompletepredictions(mgoogleapiclient, constraint.tostring(),                                     mbounds, mplacefilter);              // method should have been called off main ui thread. block , wait @ 60s             // result api.             autocompletepredictionbuffer autocompletepredictions = results                     .await(60, timeunit.seconds);              // confirm query completed successfully, otherwise return null             final status status = autocompletepredictions.getstatus();             if (!status.issuccess()) { //                toast.maketext(getcontext(), "error contacting api: " + status.tostring(),toast.length_short).show();                 log.d("error getting autocomplete prediction api call: ", status.tostring());                 autocompletepredictions.release();                 return null;             }              log.d("query completed. received ", string.valueof(autocompletepredictions.getcount()));              // freeze results immutable representation can stored safely.             return databufferutils.freezeandclose(autocompletepredictions);         }         log.d(tag, "google api client not connected autocomplete query.");         return null;     } } 

i found solution of nearby places through https://maps.googleapis.com/maps/api/place/nearbysearch/json?. not want!!! want implement facebook checkin functionality in app.