Author:halw

Date:2008-12-07T17:38:05.000000Z


git-svn-id: https://svn.eiffel.com/eiffel-org/trunk@127 abb3cda0-5349-4a8f-a601-0c33ac3a8c38

documentation/current/eiffelstudio/eiffelstudio-reference/compiler/compiler-history/eiffelstudio-6-compiler-history/major-changes-between-ise-eiffel-62-and-ise-eiffel-63.wiki

@@ -19,6 +19,7 @@
 * Fixed missing detection of VREG and VRFT errors for labels of a named tuples which is used as an actual generic parameter of a type (fixes eweasel test#tuple012 and test#tuple013),  thus some of your code might be broken since the compiler failed to check this before.
 * Fixed eweasel test#valid222 where compiler properly detects VDRS-4 errors when you redefine a repeatedly inherited routine in at least one but not all branches, but fail to provide a local definition.
 * Now a formal generic parameter only conforms to a formal generic parameter, that is to say assignment to a formal generic parameter where the source is of type NONE (i.e <eiffel>Void</eiffel>) will now be rejected by the compiler.
+* Dropped support for older Microsoft C/C++ compilers on Windows platforms. We only support VS 2005 or greater.
 
 ==Bug fixes==
 

documentation/current/solutions/database-access/eiffelstore/eiffelstore-tutorial/eiffelstore-interface-layer/data-modification.wiki

@@ -10,7 +10,9 @@ Use the [[ref:/libraries/store/reference/db_change_flatshort|DB_CHANGE]]  class
 <code>
     modification: DB_CHANGE
             -- Modification tool.
+
                 ...
+
             create modification.make
             modification.modify ("Update CONTACTS set Firstname =   ' John'")
 </code>
@@ -19,7 +21,9 @@ Use the [[ref:/libraries/store/reference/db_change_flatshort|DB_CHANGE]]  class
 <code>
     session_control: DB_CONTROL
             -- Session control.
+
                 ...
+
             session_control.commit
 </code>
 

documentation/current/solutions/database-access/eiffelstore/eiffelstore-tutorial/eiffelstore-interface-layer/database-selection.wiki

@@ -9,7 +9,10 @@ Use the [[ref:/libraries/store/reference/db_selection_flatshort|DB_SELECTION]]
 * You can carry out 'select' queries in an intuitive way using directly the SQL language:
 <code>
     selection: DB_SELECTION
+            -- Selection tool
+
                 ...
+
             create selection.make
             selection.set_query ("select * from CONTACTS where firstname = 'John'")
             selection.execute

documentation/current/solutions/database-access/eiffelstore/eiffelstore-tutorial/eiffelstore-interface-layer/selection-access.wiki

@@ -17,7 +17,9 @@ To use DB_RESULT, process in 2 steps:
 <code>
     selection: DB_SELECTION
     my_result: DB_RESULT
+
                 ...
+
             selection.query ("...")
             if selection.is_ok then
                 selection.load_result
@@ -29,6 +31,9 @@ To use DB_RESULT, process in 2 steps:
 <code>
     selection: DB_SELECTION
     container: ARRAYED_LIST [DB_RESULT]
+
+                ...
+
             create container.make (Max_results)
                 ...
             selection.set_container (container)
@@ -47,19 +52,23 @@ To use DB_RESULT, process in 2 steps:
 * You want to '''select part''' of the result set: you can set an action in [[ref:/libraries/store/reference/db_selection_flatshort|DB_SELECTION]]  that will be executed each time a row is loaded. This action can for instance manipulate current row and define a stop condition. 
 ** You need to define a descendant of class ACTION and set it to [[ref:/libraries/store/reference/db_selection_flatshort|DB_SELECTION]] :
 <code>
-	class
+class
     MY_ACTION
-	inherit
+inherit
     ACTION
             redefine
                 execute, found
             end
+
 	...
+
     execute
         do
             i := i + 1
         end
+
                 ...
+
     found: BOOLEAN
         do
             Result := i >= Max_result
@@ -69,7 +78,9 @@ To use DB_RESULT, process in 2 steps:
 <code>
     selection: DB_SELECTION
     action: MY_ACTION
+
                 ...
+
             selection.set_action (action)
             selection.query ("...")
             if selection.is_ok then
@@ -85,7 +96,9 @@ A DB_RESULT object merely carries data retrieved from the database. You have to
 <code>
     selection: DB_SELECTION
     tuple: DB_TUPLE
+
                 ...
+
             create tuple
             tuple.copy (selection.cursor)
             if tuple.count >= 2 and then tuple.column_name (2).is_equal ("Firstname") then