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A content provider acts like an intermediary between an abstract set of columns and a real set of columns in a database, yet these column sets might differ. While constructing queries, you must map between the where-clause columns that a client specifies and the real database columns. You set up this projection map with the help of the SQLiteQueryBuilder class. Here is what the Android SDK documentation says about the mapping method public void setProjectionMap(Map columnMap) available on the QueryBuilder class: Sets the projection map for the query. The projection map maps from column names that the caller passes into query to database column names. This is useful for renaming columns as well as disambiguating column names when doing joins. For example you could map name to people.name . If a projection map is set it must contain all column names the user may request, even if the key and value are the same. Here is how our BookProvider content provider sets up the projection map:

sBooksProjectionMap = new HashMap<String, String>();

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let _ = try while true do let m = Parser.main tokens lb in match m with Connected (q,r,s) -> Printf.printf "Connect! %s\n" s | Heartbeat (q,r) -> Printf.printf "Heartbeat! %s\n" q.host | Command (q,r,s) -> Printf.printf "Command %s\n" s | Disconnect (q,r,s) -> Printf.printf "Disconnect %s\n" q.host done with Eof -> close_in ic | Parsing.Parse_error -> Printf.printf "Between location %i and %i\n" (Lexing.lexeme_start lb) (Lexing.lexeme_end lb); close_in ic; exit(1) | Failure(x) -> Printf.printf "Between location %i and %i\n" (Lexing.lexeme_start lb) (Lexing.lexeme_end lb); close_in ic; exit(1);; } In parser.mly, the parser is where the actual rules for handling the tokens are defined. Some of the actions look complicated, largely because of the large and complex types you are using. In this example, the parser passes full formed types to the application. It could just send a sequence of strings or other built-in types. You will often pass some composite types to your applications from the parser. The following code might take some time to understand if you are not familiar with reading ocamlyacc files. The limitations of typography in displaying the code can also hinder understanding.

import android.app.Activity; import android.os.Bundle; import android.util.Log; public class HttpActivity extends Activity { /** Called when the activity is first created. */ @Override public void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); Log.d("ServicesDemoActivity", "a debug statement"); getHttpContent(); } public void getHttpContent() { try { ApplicationEx app = (ApplicationEx)this.getApplication(); HttpClient client = app.getHttpClient(); HttpGet request = new HttpGet(); request.setURI(new URI("http://www.google.com/")); HttpResponse response = client.execute(request); String page=EntityUtils.toString(response.getEntity()); System.out.println(page); } catch (Exception e) { e.printStackTrace(); } } }

sBooksProjectionMap.put(BookTableMetaData._ID, BookTableMetaData._ID); //name, isbn, author sBooksProjectionMap.put(BookTableMetaData.BOOK_NAME , BookTableMetaData.BOOK_NAME); sBooksProjectionMap.put(BookTableMetaData.BOOK_ISBN , BookTableMetaData.BOOK_ISBN); sBooksProjectionMap.put(BookTableMetaData.BOOK_AUTHOR , BookTableMetaData.BOOK_AUTHOR); //created date, modified date sBooksProjectionMap.put(BookTableMetaData.CREATED_DATE , BookTableMetaData.CREATED_DATE); sBooksProjectionMap.put(BookTableMetaData.MODIFIED_DATE , BookTableMetaData.MODIFIED_DATE);

And then the query builder uses the variable sBooksProjectionMap like this:

%{ let parse_error s = print_endline s;; %} %token R_BRAKET L_BRAKET SHARP HEARTBEAT CONNECTED %token PORT CLIENT SLASH COMMAND DISCONNECTED PEER %token <int> NUMBER %token<string> ADDR SERVER MESSAGE AUDIT TIME IP_ADDR %type<Mll_types.log_entry> main %start main %%

If your application needs to make more than a few HTTP calls, you should create an HttpClient that services all of your HTTP requests One way to do this is to take advantage of the fact that each Android application has an associated application object By default, if you don t define a custom application object, Android uses androidappApplication Here s the interesting thing about the application object: there will always be exactly one application object for your application and all of your components can access it (using the global context object) For example, from an activity class, you can call getApplication() to get the application object for your application The idea here is that because the application is a singleton, and always available, we can extend that class and create our HttpClient there.

queryBuilder.setTables(NOTES_TABLE_NAME); queryBuilder.setProjectionMap(sNotesProjectionMap);

Finally, you must register the content provider in the Android.Manifest.xml file using this tag structure:

main: heartbeat { $1 } | connected { $1 } | disconnected { $1 } | command { $1 } ; time_and_server: TIME R_BRAKET SERVER L_BRAKET { {Mll_types.date=$1; Mll_types.host=$3} } ; heartbeat: time_and_server HEARTBEAT IP_ADDR { Mll_types.Heartbeat ($1,(Mll_types.Peer $3)) } ; connected: time_and_server CONNECTED CLIENT SHARP NUMBER PORT NUMBER MESSAGE { Mll_types.Connected ($1,(Mll_types.Client { Mll_types.c_id = $5; Mll_types.c_port=(Mll_types.Port $7)} ),$8) } | time_and_server CONNECTED CLIENT SHARP NUMBER PORT NUMBER SLASH NUMBER ADDR MESSAGE { Mll_types.Connected ($1,(Mll_types.Client { Mll_types.c_id = $5; Mll_types.c_port=(Mll_types.Siteport ($7,$9,$10))}),$11) } | time_and_server CONNECTED PEER IP_ADDR { Mll_types.Connected ($1,(Mll_types.Peer $4),"") } ; command: time_and_server COMMAND CLIENT SHARP NUMBER PORT NUMBER SLASH NUMBER ADDR MESSAGE { Mll_types.Command ($1, {Mll_types.c_id = $5; Mll_types.c_port = ( Mll_types.Siteport ($7,$9,$10))},$11) } | time_and_server COMMAND CLIENT SHARP NUMBER PORT NUMBER MESSAGE { Mll_types.Command ($1, {Mll_types.c_id = $5; Mll_types.c_port = (Mll_types.Port $7)},$8) } ;

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