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------------------------------------------------------------------------------ -- -- -- GNAT COMPILER COMPONENTS -- -- -- -- P R J . U T I L -- -- -- -- B o d y -- -- -- -- Copyright (C) 2001-2009, Free Software Foundation, Inc. -- -- -- -- GNAT is free software; you can redistribute it and/or modify it under -- -- terms of the GNU General Public License as published by the Free Soft- -- -- ware Foundation; either version 3, or (at your option) any later ver- -- -- sion. GNAT is distributed in the hope that it will be useful, but WITH- -- -- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY -- -- or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License -- -- for more details. You should have received a copy of the GNU General -- -- Public License distributed with GNAT; see file COPYING3. If not, go to -- -- http://www.gnu.org/licenses for a complete copy of the license. -- -- -- -- GNAT was originally developed by the GNAT team at New York University. -- -- Extensive contributions were provided by Ada Core Technologies Inc. -- -- -- ------------------------------------------------------------------------------ with Ada.Unchecked_Deallocation; with GNAT.Case_Util; use GNAT.Case_Util; with Osint; use Osint; with Output; use Output; with Prj.Com; with Snames; use Snames; with Targparm; use Targparm; package body Prj.Util is procedure Free is new Ada.Unchecked_Deallocation (Text_File_Data, Text_File); ----------- -- Close -- ----------- procedure Close (File : in out Text_File) is begin if File = null then Prj.Com.Fail ("Close attempted on an invalid Text_File"); end if; -- Close file, no need to test status, since this is a file that we -- read, and the file was read successfully before we closed it. Close (File.FD); Free (File); end Close; --------------- -- Duplicate -- --------------- procedure Duplicate (This : in out Name_List_Index; In_Tree : Project_Tree_Ref) is Old_Current : Name_List_Index; New_Current : Name_List_Index; begin if This /= No_Name_List then Old_Current := This; Name_List_Table.Increment_Last (In_Tree.Name_Lists); New_Current := Name_List_Table.Last (In_Tree.Name_Lists); This := New_Current; In_Tree.Name_Lists.Table (New_Current) := (In_Tree.Name_Lists.Table (Old_Current).Name, No_Name_List); loop Old_Current := In_Tree.Name_Lists.Table (Old_Current).Next; exit when Old_Current = No_Name_List; In_Tree.Name_Lists.Table (New_Current).Next := New_Current + 1; Name_List_Table.Increment_Last (In_Tree.Name_Lists); New_Current := New_Current + 1; In_Tree.Name_Lists.Table (New_Current) := (In_Tree.Name_Lists.Table (Old_Current).Name, No_Name_List); end loop; end if; end Duplicate; ----------------- -- End_Of_File -- ----------------- function End_Of_File (File : Text_File) return Boolean is begin if File = null then Prj.Com.Fail ("End_Of_File attempted on an invalid Text_File"); end if; return File.End_Of_File_Reached; end End_Of_File; ------------------- -- Executable_Of -- ------------------- function Executable_Of (Project : Project_Id; In_Tree : Project_Tree_Ref; Main : File_Name_Type; Index : Int; Ada_Main : Boolean := True; Language : String := "") return File_Name_Type is pragma Assert (Project /= No_Project); The_Packages : constant Package_Id := Project.Decl.Packages; Builder_Package : constant Prj.Package_Id := Prj.Util.Value_Of (Name => Name_Builder, In_Packages => The_Packages, In_Tree => In_Tree); Executable : Variable_Value := Prj.Util.Value_Of (Name => Name_Id (Main), Index => Index, Attribute_Or_Array_Name => Name_Executable, In_Package => Builder_Package, In_Tree => In_Tree); Executable_Suffix_Name : Name_Id := No_Name; Lang : Language_Ptr; Spec_Suffix : Name_Id := No_Name; Body_Suffix : Name_Id := No_Name; Spec_Suffix_Length : Natural := 0; Body_Suffix_Length : Natural := 0; procedure Get_Suffixes (B_Suffix : File_Name_Type; S_Suffix : File_Name_Type); -- Get the non empty suffixes in variables Spec_Suffix and Body_Suffix ------------------ -- Get_Suffixes -- ------------------ procedure Get_Suffixes (B_Suffix : File_Name_Type; S_Suffix : File_Name_Type) is begin if B_Suffix /= No_File then Body_Suffix := Name_Id (B_Suffix); Body_Suffix_Length := Natural (Length_Of_Name (Body_Suffix)); end if; if S_Suffix /= No_File then Spec_Suffix := Name_Id (S_Suffix); Spec_Suffix_Length := Natural (Length_Of_Name (Spec_Suffix)); end if; end Get_Suffixes; -- Start of processing for Executable_Of begin if Ada_Main then Lang := Get_Language_From_Name (Project, "ada"); elsif Language /= "" then Lang := Get_Language_From_Name (Project, Language); end if; if Lang /= null then Get_Suffixes (B_Suffix => Lang.Config.Naming_Data.Body_Suffix, S_Suffix => Lang.Config.Naming_Data.Spec_Suffix); end if; if Builder_Package /= No_Package then Executable_Suffix_Name := Project.Config.Executable_Suffix; if Executable = Nil_Variable_Value and then Ada_Main then Get_Name_String (Main); -- Try as index the name minus the implementation suffix or minus -- the specification suffix. declare Name : constant String (1 .. Name_Len) := Name_Buffer (1 .. Name_Len); Last : Positive := Name_Len; Truncated : Boolean := False; begin if Body_Suffix /= No_Name and then Last > Natural (Length_Of_Name (Body_Suffix)) and then Name (Last - Body_Suffix_Length + 1 .. Last) = Get_Name_String (Body_Suffix) then Truncated := True; Last := Last - Body_Suffix_Length; end if; if Spec_Suffix /= No_Name and then not Truncated and then Last > Spec_Suffix_Length and then Name (Last - Spec_Suffix_Length + 1 .. Last) = Get_Name_String (Spec_Suffix) then Truncated := True; Last := Last - Spec_Suffix_Length; end if; if Truncated then Name_Len := Last; Name_Buffer (1 .. Name_Len) := Name (1 .. Last); Executable := Prj.Util.Value_Of (Name => Name_Find, Index => 0, Attribute_Or_Array_Name => Name_Executable, In_Package => Builder_Package, In_Tree => In_Tree); end if; end; end if; -- If we have found an Executable attribute, return its value, -- possibly suffixed by the executable suffix. if Executable /= Nil_Variable_Value and then Executable.Value /= No_Name and then Length_Of_Name (Executable.Value) /= 0 then -- Get the executable name. If Executable_Suffix is defined, -- make sure that it will be the extension of the executable. declare Saved_EEOT : constant Name_Id := Executable_Extension_On_Target; Result : File_Name_Type; begin if Executable_Suffix_Name /= No_Name then Executable_Extension_On_Target := Executable_Suffix_Name; end if; Result := Executable_Name (File_Name_Type (Executable.Value)); Executable_Extension_On_Target := Saved_EEOT; return Result; end; end if; end if; Get_Name_String (Main); -- If there is a body suffix or a spec suffix, remove this suffix, -- otherwise remove any suffix ('.' followed by other characters), if -- there is one. if Body_Suffix /= No_Name and then Name_Len > Body_Suffix_Length and then Name_Buffer (Name_Len - Body_Suffix_Length + 1 .. Name_Len) = Get_Name_String (Body_Suffix) then -- Found the body termination, remove it Name_Len := Name_Len - Body_Suffix_Length; elsif Spec_Suffix /= No_Name and then Name_Len > Spec_Suffix_Length and then Name_Buffer (Name_Len - Spec_Suffix_Length + 1 .. Name_Len) = Get_Name_String (Spec_Suffix) then -- Found the spec termination, remove it Name_Len := Name_Len - Spec_Suffix_Length; else -- Remove any suffix, if there is one Get_Name_String (Strip_Suffix (Main)); end if; -- Get the executable name. If Executable_Suffix is defined in the -- configuration, make sure that it will be the extension of the -- executable. declare Saved_EEOT : constant Name_Id := Executable_Extension_On_Target; Result : File_Name_Type; begin if Project.Config.Executable_Suffix /= No_Name then Executable_Extension_On_Target := Project.Config.Executable_Suffix; end if; Result := Executable_Name (Name_Find); Executable_Extension_On_Target := Saved_EEOT; return Result; end; end Executable_Of; -------------- -- Get_Line -- -------------- procedure Get_Line (File : Text_File; Line : out String; Last : out Natural) is C : Character; procedure Advance; ------------- -- Advance -- ------------- procedure Advance is begin if File.Cursor = File.Buffer_Len then File.Buffer_Len := Read (FD => File.FD, A => File.Buffer'Address, N => File.Buffer'Length); if File.Buffer_Len = 0 then File.End_Of_File_Reached := True; return; else File.Cursor := 1; end if; else File.Cursor := File.Cursor + 1; end if; end Advance; -- Start of processing for Get_Line begin if File = null then Prj.Com.Fail ("Get_Line attempted on an invalid Text_File"); end if; Last := Line'First - 1; if not File.End_Of_File_Reached then loop C := File.Buffer (File.Cursor); exit when C = ASCII.CR or else C = ASCII.LF; Last := Last + 1; Line (Last) := C; Advance; if File.End_Of_File_Reached then return; end if; exit when Last = Line'Last; end loop; if C = ASCII.CR or else C = ASCII.LF then Advance; if File.End_Of_File_Reached then return; end if; end if; if C = ASCII.CR and then File.Buffer (File.Cursor) = ASCII.LF then Advance; end if; end if; end Get_Line; -------------- -- Is_Valid -- -------------- function Is_Valid (File : Text_File) return Boolean is begin return File /= null; end Is_Valid; ---------- -- Open -- ---------- procedure Open (File : out Text_File; Name : String) is FD : File_Descriptor; File_Name : String (1 .. Name'Length + 1); begin File_Name (1 .. Name'Length) := Name; File_Name (File_Name'Last) := ASCII.NUL; FD := Open_Read (Name => File_Name'Address, Fmode => GNAT.OS_Lib.Text); if FD = Invalid_FD then File := null; else File := new Text_File_Data; File.FD := FD; File.Buffer_Len := Read (FD => FD, A => File.Buffer'Address, N => File.Buffer'Length); if File.Buffer_Len = 0 then File.End_Of_File_Reached := True; else File.Cursor := 1; end if; end if; end Open; --------- -- Put -- --------- procedure Put (Into_List : in out Name_List_Index; From_List : String_List_Id; In_Tree : Project_Tree_Ref; Lower_Case : Boolean := False) is Current_Name : Name_List_Index; List : String_List_Id; Element : String_Element; Last : Name_List_Index := Name_List_Table.Last (In_Tree.Name_Lists); Value : Name_Id; begin Current_Name := Into_List; while Current_Name /= No_Name_List and then In_Tree.Name_Lists.Table (Current_Name).Next /= No_Name_List loop Current_Name := In_Tree.Name_Lists.Table (Current_Name).Next; end loop; List := From_List; while List /= Nil_String loop Element := In_Tree.String_Elements.Table (List); Value := Element.Value; if Lower_Case then Get_Name_String (Value); To_Lower (Name_Buffer (1 .. Name_Len)); Value := Name_Find; end if; Name_List_Table.Append (In_Tree.Name_Lists, (Name => Value, Next => No_Name_List)); Last := Last + 1; if Current_Name = No_Name_List then Into_List := Last; else In_Tree.Name_Lists.Table (Current_Name).Next := Last; end if; Current_Name := Last; List := Element.Next; end loop; end Put; -------------- -- Value_Of -- -------------- function Value_Of (Variable : Variable_Value; Default : String) return String is begin if Variable.Kind /= Single or else Variable.Default or else Variable.Value = No_Name then return Default; else return Get_Name_String (Variable.Value); end if; end Value_Of; function Value_Of (Index : Name_Id; In_Array : Array_Element_Id; In_Tree : Project_Tree_Ref) return Name_Id is Current : Array_Element_Id; Element : Array_Element; Real_Index : Name_Id := Index; begin Current := In_Array; if Current = No_Array_Element then return No_Name; end if; Element := In_Tree.Array_Elements.Table (Current); if not Element.Index_Case_Sensitive then Get_Name_String (Index); To_Lower (Name_Buffer (1 .. Name_Len)); Real_Index := Name_Find; end if; while Current /= No_Array_Element loop Element := In_Tree.Array_Elements.Table (Current); if Real_Index = Element.Index then exit when Element.Value.Kind /= Single; exit when Element.Value.Value = Empty_String; return Element.Value.Value; else Current := Element.Next; end if; end loop; return No_Name; end Value_Of; function Value_Of (Index : Name_Id; Src_Index : Int := 0; In_Array : Array_Element_Id; In_Tree : Project_Tree_Ref; Force_Lower_Case_Index : Boolean := False) return Variable_Value is Current : Array_Element_Id; Element : Array_Element; Real_Index_1 : Name_Id; Real_Index_2 : Name_Id; begin Current := In_Array; if Current = No_Array_Element then return Nil_Variable_Value; end if; Element := In_Tree.Array_Elements.Table (Current); Real_Index_1 := Index; if not Element.Index_Case_Sensitive or else Force_Lower_Case_Index then if Index /= All_Other_Names then Get_Name_String (Index); To_Lower (Name_Buffer (1 .. Name_Len)); Real_Index_1 := Name_Find; end if; end if; while Current /= No_Array_Element loop Element := In_Tree.Array_Elements.Table (Current); Real_Index_2 := Element.Index; if not Element.Index_Case_Sensitive or else Force_Lower_Case_Index then if Element.Index /= All_Other_Names then Get_Name_String (Element.Index); To_Lower (Name_Buffer (1 .. Name_Len)); Real_Index_2 := Name_Find; end if; end if; if Real_Index_1 = Real_Index_2 and then Src_Index = Element.Src_Index then return Element.Value; else Current := Element.Next; end if; end loop; return Nil_Variable_Value; end Value_Of; function Value_Of (Name : Name_Id; Index : Int := 0; Attribute_Or_Array_Name : Name_Id; In_Package : Package_Id; In_Tree : Project_Tree_Ref; Force_Lower_Case_Index : Boolean := False) return Variable_Value is The_Array : Array_Element_Id; The_Attribute : Variable_Value := Nil_Variable_Value; begin if In_Package /= No_Package then -- First, look if there is an array element that fits The_Array := Value_Of (Name => Attribute_Or_Array_Name, In_Arrays => In_Tree.Packages.Table (In_Package).Decl.Arrays, In_Tree => In_Tree); The_Attribute := Value_Of (Index => Name, Src_Index => Index, In_Array => The_Array, In_Tree => In_Tree, Force_Lower_Case_Index => Force_Lower_Case_Index); -- If there is no array element, look for a variable if The_Attribute = Nil_Variable_Value then The_Attribute := Value_Of (Variable_Name => Attribute_Or_Array_Name, In_Variables => In_Tree.Packages.Table (In_Package).Decl.Attributes, In_Tree => In_Tree); end if; end if; return The_Attribute; end Value_Of; function Value_Of (Index : Name_Id; In_Array : Name_Id; In_Arrays : Array_Id; In_Tree : Project_Tree_Ref) return Name_Id is Current : Array_Id; The_Array : Array_Data; begin Current := In_Arrays; while Current /= No_Array loop The_Array := In_Tree.Arrays.Table (Current); if The_Array.Name = In_Array then return Value_Of (Index, In_Array => The_Array.Value, In_Tree => In_Tree); else Current := The_Array.Next; end if; end loop; return No_Name; end Value_Of; function Value_Of (Name : Name_Id; In_Arrays : Array_Id; In_Tree : Project_Tree_Ref) return Array_Element_Id is Current : Array_Id; The_Array : Array_Data; begin Current := In_Arrays; while Current /= No_Array loop The_Array := In_Tree.Arrays.Table (Current); if The_Array.Name = Name then return The_Array.Value; else Current := The_Array.Next; end if; end loop; return No_Array_Element; end Value_Of; function Value_Of (Name : Name_Id; In_Packages : Package_Id; In_Tree : Project_Tree_Ref) return Package_Id is Current : Package_Id; The_Package : Package_Element; begin Current := In_Packages; while Current /= No_Package loop The_Package := In_Tree.Packages.Table (Current); exit when The_Package.Name /= No_Name and then The_Package.Name = Name; Current := The_Package.Next; end loop; return Current; end Value_Of; function Value_Of (Variable_Name : Name_Id; In_Variables : Variable_Id; In_Tree : Project_Tree_Ref) return Variable_Value is Current : Variable_Id; The_Variable : Variable; begin Current := In_Variables; while Current /= No_Variable loop The_Variable := In_Tree.Variable_Elements.Table (Current); if Variable_Name = The_Variable.Name then return The_Variable.Value; else Current := The_Variable.Next; end if; end loop; return Nil_Variable_Value; end Value_Of; --------------- -- Write_Str -- --------------- procedure Write_Str (S : String; Max_Length : Positive; Separator : Character) is First : Positive := S'First; Last : Natural := S'Last; begin -- Nothing to do for empty strings if S'Length > 0 then -- Start on a new line if current line is already longer than -- Max_Length. if Positive (Column) >= Max_Length then Write_Eol; end if; -- If length of remainder is longer than Max_Length, we need to -- cut the remainder in several lines. while Positive (Column) + S'Last - First > Max_Length loop -- Try the maximum length possible Last := First + Max_Length - Positive (Column); -- Look for last Separator in the line while Last >= First and then S (Last) /= Separator loop Last := Last - 1; end loop; -- If we do not find a separator, we output the maximum length -- possible. if Last < First then Last := First + Max_Length - Positive (Column); end if; Write_Line (S (First .. Last)); -- Set the beginning of the new remainder First := Last + 1; end loop; -- What is left goes to the buffer, without EOL Write_Str (S (First .. S'Last)); end if; end Write_Str; end Prj.Util;
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