Author:halw

Date:2008-12-19T15:39:13.000000Z


git-svn-id: https://svn.eiffel.com/eiffel-org/trunk@142 abb3cda0-5349-4a8f-a601-0c33ac3a8c38

documentation/current/platform-specifics/microsoft-windows/net/eiffel-net-language/eiffel-net-integration.wiki

@@ -22,7 +22,7 @@ Eiffel for .NET supports:
 
 The following syntax can be used to declare .NET custom attributes on Eiffel entities (features and classes):
 <code>
-	empty: BOOLEAN is
+    empty: BOOLEAN
         indexing
             description: "Is Current empty?"
             attribute: create {OBSOLETE_ATTRIBUTE}.make_obsoleteattribute_1 ("Use `is_empty' instead") end

documentation/current/platform-specifics/microsoft-windows/net/eiffel-net-language/known-issues.wiki

@@ -3,7 +3,7 @@
 [[Property:uuid|78c6b5c1-a87b-805d-38bd-fe64cb4e7c0d]]
 ==Eiffel issues==
 * Check here first for the [[Eiffel for .NET Limitations|Difference between Eiffel and Eiffel for .NET]] . 
-* The root creation routine of the root class must not take any arguments. You can access the command line given to the application via the class <code> ARGUMENTS.  </code> 
+* The root creation routine of the root class must not take any arguments. You can access the command line given to the application via the class <code>ARGUMENTS</code>.  
 
 
 

documentation/current/platform-specifics/microsoft-windows/net/samples/ado-net-samples/adonet-sample.wiki

@@ -49,7 +49,15 @@ When the display is finished, the application wait for you to pressed the return
 
 ==Under the Hood==
 
-This application shows how to interact with a database. First the connection to the database is open ( <code> create </code> <code> my_sql_connection </code>. <eiffel>make_from_connection_string </eiffel> ( ''my_database'')), then a request to the database is made (create my_sql_command. <eiffel>make_from_cmd_text_and_connection </eiffel>( ''my_command'', <code> my_sql_connection </code>)). Finally, the result of the request is displayed. 
+This application shows how to interact with a database. First the connection to the database is opened:
+<code>
+            create my_sql_connection.make_from_connection_string (my_database)
+</code>
+Then a request to the database is made: 
+<code>
+            create my_sql_command.make_from_cmd_text_and_connection (my_command, my_sql_connection)
+</code> 
+Finally, the result of the request is displayed. 
 
 This sample contains the following class: 
 *  <eiffel>SQL_DATA_READER</eiffel> 

documentation/current/platform-specifics/microsoft-windows/net/samples/console-samples/calculator-console.wiki

@@ -39,9 +39,9 @@ Enter a number, followed by :
 
 Enter the first number to be put onto the stack, for example <code>3</code>. 
 
-'''Note:''' Failing to enter a number at this stage will cause the sample to stop. This sample was designed to showcase the use of EiffelBase data structures and is not protected against unexpected entries. 
+{{note|Failing to enter a number at this stage will cause the sample to stop. This sample was designed to showcase the use of EiffelBase data structures in the Microsoft .NET environment and is not protected against unexpected entries. }}
 
-You may then add another number on the stack by entering the character <code> a </code>: 
+You may then add another number on the stack by entering the character "<code>a</code>": 
 <code>
 *********************************
 Calculator in reverse Polish form

documentation/current/platform-specifics/microsoft-windows/net/samples/threads-samples/pools.wiki

@@ -28,7 +28,17 @@ When the display is finished, the application wait for you to pressed the return
 
 ==Under the Hood==
 
-This application shows how to use the thread <eiffel>THREAD_POOL</eiffel>. An asynchronous thread is launched ( <code> feature </code> { <eiffel>THREAD_POOL</eiffel>}. <eiffel>queue_user_work_item_wait_callback_object</eiffel>( <code> create </code> { <eiffel>WAIT_CALLBACK</eiffel>}. <eiffel>make</eiffel> ( <code> Current </code>, $ <eiffel>my_async_operation</eiffel>), <code> l_async_operation_done </code>)) and is associated to the local variable <code> l_async_operation_done. </code>Both threads perform simultaneously some operations. The main thread wait for the asynchronous thread to complete his own operations ( <code> l_async_operation_done </code>. <eiffel>wait_one</eiffel>) to close the application. 
+This application shows how to use the thread <eiffel>THREAD_POOL</eiffel>. 
+An asynchronous thread is launched: 
+<code>
+            feature {THREAD_POOL}.queue_user_work_item_wait_callback_object 
+                (create {WAIT_CALLBACK}.make (Current, $my_async_operation, l_async_operation_done))
+</code>
+and is associated to the local variable <code>l_async_operation_done</code>. Both threads perform simultaneously some operations. The main thread wait for the asynchronous thread to complete his own operations
+<code>
+            l_async_operation_done.wait_one
+</code> to close the application. 
+
 
 This sample contains the following class: 
 *  <eiffel>THREAD_POOL</eiffel> 

documentation/current/platform-specifics/microsoft-windows/net/samples/threads-samples/timers.wiki

@@ -32,7 +32,11 @@ When the display is finished, the application wait for you to pressed the return
 
 ==Under the Hood==
 
-This application shows how to use the thread <eiffel>TIMER</eiffel>. The timer is launched ( <code> create </code> <code> my_timer </code>. <eiffel>make_with_callback</eiffel> ( <code> create </code> { <eiffel>TIMER_CALLBACK</eiffel>}. <eiffel>make</eiffel> (Current, $ <eiffel>check_status</eiffel>), Void, 0, 2000)) and call the feature <eiffel>check_status</eiffel> that displays the message <code> "Checking Status." </code> every two seconds. 
+This application shows how to use the thread <eiffel>TIMER</eiffel>. The timer is launched:
+<code>
+            create my_timer </code>.make_with_callback (create {TIMER_CALLBACK}.make (Current, $check_status), Void, 0, 2000)
+</code>
+and call the feature <eiffel>check_status</eiffel> that displays the message <code> "Checking Status." </code> every two seconds. 
 
 This sample contains the following class: 
 *  <eiffel>TIMER</eiffel>