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|
-------------------------------------------------------------------------------
-- (C) Altran Praxis Limited
-------------------------------------------------------------------------------
--
-- The SPARK toolset is free software; you can redistribute it and/or modify it
-- under terms of the GNU General Public License as published by the Free
-- Software Foundation; either version 3, or (at your option) any later
-- version. The SPARK toolset is distributed in the hope that it will be
-- useful, but WITHOUT 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 the SPARK toolset; see file
-- COPYING3. If not, go to http://www.gnu.org/licenses for a complete copy of
-- the license.
--
--=============================================================================
with CommandLineData;
with CommandLineHandler;
with ExaminerConstants;
with E_Strings;
with FileSystem;
with ScreenEcho;
with SparkFormatCommandLineData;
use type CommandLineHandler.S_Typs;
package body SparkFormatCommandLineHandler is
procedure Process is
type Command_Line_Errors is (
ES_InvalidOption,
ES_NoComma,
ES_Source,
EW_TooMany,
ES_Anno,
ES_Contradict,
ES_Duplicate,
ES_Indent,
ES_Default,
ES_InvExclude);
Command_String : CommandLineHandler.Command_Strings;
procedure Read_Command_Line (Command_String : out CommandLineHandler.Command_Strings)
--# global in out SPARK_IO.File_Sys;
--# derives Command_String,
--# SPARK_IO.File_Sys from SPARK_IO.File_Sys;
is
Cmd_Line_Found : Boolean;
Command_String_Content : E_Strings.T;
begin
--# accept F, 10, Cmd_Line_Found, "We don't care if we found anything or not";
FileSystem.Read_Cmd_Line (Cmd_Line_Found => Cmd_Line_Found,
Cmd_Line => Command_String_Content);
--# end accept;
Command_String := CommandLineHandler.Command_Strings'(Current_Position => 1,
Contents => Command_String_Content);
--# accept F, 33, Cmd_Line_Found, "And we don't tell anyone about it either";
end Read_Command_Line;
procedure Output_Error (E : in Command_Line_Errors)
--# global in out SPARK_IO.File_Sys;
--# derives SPARK_IO.File_Sys from *,
--# E;
is
begin
case E is
when ES_InvalidOption =>
ScreenEcho.Put_String ("Invalid command line option");
when ES_Source =>
ScreenEcho.Put_String ("Source file incorrectly specified");
when ES_NoComma =>
ScreenEcho.Put_String ("Comma missing in line");
when EW_TooMany =>
ScreenEcho.Put_String ("Too many source files on command line ");
when ES_Anno =>
ScreenEcho.Put_String ("Annotation character option incorrect");
when ES_Contradict =>
ScreenEcho.Put_String ("Command line option duplicated or contradictory options specified");
when ES_Duplicate =>
ScreenEcho.Put_String ("Command line options may only be specified once");
when ES_Indent =>
ScreenEcho.Put_String ("Indentation option incorrect");
when ES_Default =>
ScreenEcho.Put_String ("Default function mode option incorrect");
when ES_InvExclude =>
ScreenEcho.Put_String ("Invalid syntax for excluded export");
end case;
end Output_Error;
procedure Possible_Error (E : in Command_Line_Errors)
--# global in SparkFormatCommandLineData.Content;
--# in out SPARK_IO.File_Sys;
--# derives SPARK_IO.File_Sys from *,
--# E,
--# SparkFormatCommandLineData.Content;
is
begin
if not SparkFormatCommandLineData.Content.Valid then
Output_Error (E => E);
ScreenEcho.New_Line (1);
end if;
end Possible_Error;
procedure Possible_Error2 (E : in Command_Line_Errors;
F : in E_Strings.T)
--# global in SparkFormatCommandLineData.Content;
--# in out SPARK_IO.File_Sys;
--# derives SPARK_IO.File_Sys from *,
--# E,
--# F,
--# SparkFormatCommandLineData.Content;
is
begin
if not SparkFormatCommandLineData.Content.Valid then
Output_Error (E => E);
ScreenEcho.Put_Char (' ');
ScreenEcho.Put_ExaminerLine (F);
end if;
end Possible_Error2;
procedure Parse_Command_Line (Command_String : in CommandLineHandler.Command_Strings)
--# global in out CommandLineData.Content;
--# in out SparkFormatCommandLineData.Content;
--# in out SPARK_IO.File_Sys;
--# derives CommandLineData.Content,
--# SparkFormatCommandLineData.Content,
--# SPARK_IO.File_Sys from *,
--# Command_String,
--# SparkFormatCommandLineData.Content;
is
Next_Symbol : CommandLineHandler.Symbols;
Local_Command_String : CommandLineHandler.Command_Strings;
procedure Get_Next_Symbol
(Command_String : in out CommandLineHandler.Command_Strings;
Next_Symbol : out CommandLineHandler.Symbols)
--# derives Command_String,
--# Next_Symbol from Command_String;
is
begin
-- This procedure is intended to return Next_Symbol; however, if the
-- symbol is not a string then the string field is not set. Although
-- it is not used in these circcumstances its lack of definition
-- causes so many flow errors its is better to use an aggregate to
-- initialize Next_Symbol here, and then assign the final value
-- to Next_Symbol (for compatibility with the Ada83 "out parameter" rule
Next_Symbol := CommandLineHandler.Symbols'(Typ => CommandLineHandler.S_Empty,
The_String => E_Strings.Empty_String);
CommandLineHandler.Skip_Spaces (Command_String => Command_String);
if Command_String.Current_Position <= E_Strings.Get_Length (E_Str => Command_String.Contents) then
case E_Strings.Get_Element (E_Str => Command_String.Contents,
Pos => Command_String.Current_Position) is
when '=' =>
Next_Symbol.Typ := CommandLineHandler.S_Equal;
Command_String.Current_Position := Command_String.Current_Position + 1;
when ',' =>
--this condition is invariant for any particular system, we are actually
--simulating conditional compilation for different target platforms.
--Intended behaviour is correct despite flow error that will result.
--# accept Flow_Message, 22, "Simulation of conditional compilation";
if FileSystem.Use_Unix_Command_Line then
--# end accept;
Next_Symbol.Typ := CommandLineHandler.S_String;
CommandLineHandler.Read_The_String (Command_String => Command_String,
Next_Symbol => Next_Symbol);
else -- FileSystem.UseWindowsCommandLine assumed
Next_Symbol.Typ := CommandLineHandler.S_Comma;
Command_String.Current_Position := Command_String.Current_Position + 1;
end if;
when '-' =>
-- We use '-' as a switch character on all platforms
Next_Symbol.Typ := CommandLineHandler.S_Switch_Character;
Command_String.Current_Position := Command_String.Current_Position + 1;
when others =>
Next_Symbol.Typ := CommandLineHandler.S_String;
CommandLineHandler.Read_The_String (Command_String => Command_String,
Next_Symbol => Next_Symbol);
end case;
else
-- Exceeded maximum command line length
Next_Symbol.Typ := CommandLineHandler.S_Empty;
end if;
end Get_Next_Symbol;
procedure Parse_Command_Options
(Command_String : in out CommandLineHandler.Command_Strings;
Next_Symbol : in out CommandLineHandler.Symbols)
--# global in out CommandLineData.Content;
--# in out SparkFormatCommandLineData.Content;
--# in out SPARK_IO.File_Sys;
--# derives CommandLineData.Content,
--# Command_String,
--# Next_Symbol,
--# SparkFormatCommandLineData.Content,
--# SPARK_IO.File_Sys from *,
--# Command_String,
--# Next_Symbol,
--# SparkFormatCommandLineData.Content;
is
Annotation_Character_Found : Boolean;
Compress_Found : Boolean;
Expand_Found : Boolean;
Add_Modes_Found : Boolean;
Global_Indent_Found : Boolean;
Export_Indent_Found : Boolean;
Import_Indent_Found : Boolean;
Inherit_Indent_Found : Boolean;
Own_Indent_Found : Boolean;
Refinement_Indent_Found : Boolean;
Constituent_Indent_Found : Boolean;
Initialization_Indent_Found : Boolean;
Separator_Indent_Found : Boolean;
Properties_Indent_Found : Boolean;
Alphabetic_Ordering_Found : Boolean;
Help_Found : Boolean;
Version_Found : Boolean;
Default_Function_Mode_Found : Boolean;
Exclude_Export_Found : Boolean;
Opt_Name : E_Strings.T;
Opt_Val : E_Strings.T;
Opt_Name_OK : Boolean;
Opt_Val_OK : Boolean;
OK : Boolean;
Indent_Val : Integer;
-- reads in the option name and the value assigned to it
procedure Read_Option
(Opt_Name : out E_Strings.T;
Opt_Name_OK : out Boolean;
Opt_Val : out E_Strings.T;
Opt_Val_OK : out Boolean;
Command_String : in out CommandLineHandler.Command_Strings;
Next_Symbol : out CommandLineHandler.Symbols)
--# derives Command_String,
--# Next_Symbol,
--# Opt_Name,
--# Opt_Name_OK,
--# Opt_Val,
--# Opt_Val_OK from Command_String;
-- pre Next_Symbol.Typ = CommandLineHandler.SSlash;
is
begin
Opt_Val := E_Strings.Empty_String;
Get_Next_Symbol (Command_String => Command_String,
Next_Symbol => Next_Symbol);
Opt_Name_OK := Next_Symbol.Typ = CommandLineHandler.S_String;
Opt_Name := Next_Symbol.The_String;
Get_Next_Symbol (Command_String => Command_String,
Next_Symbol => Next_Symbol);
if Opt_Name_OK and Next_Symbol.Typ = CommandLineHandler.S_Equal then
Get_Next_Symbol (Command_String => Command_String,
Next_Symbol => Next_Symbol);
Opt_Val_OK := Next_Symbol.Typ = CommandLineHandler.S_String;
Opt_Val := Next_Symbol.The_String;
Get_Next_Symbol (Command_String => Command_String,
Next_Symbol => Next_Symbol);
else
Opt_Val_OK := False;
end if;
end Read_Option;
-- converts an ExaminerString to a Natural. S.Content(1) is
-- assumes to be a member of '0' .. '9'
procedure Examiner_String_To_Natural (S : in E_Strings.T;
I : out Natural;
OK : out Boolean)
--# derives I,
--# OK from S;
is
Stop : Natural;
begin
if E_Strings.Get_Length (E_Str => S) >= 1 then
E_Strings.Get_Int_From_String (Source => S,
Item => I,
Start_Pt => 1,
Stop => Stop);
if Stop = E_Strings.Get_Length (E_Str => S) then
OK := True;
else
I := 0;
OK := False;
end if;
else
OK := False;
I := 0;
end if;
end Examiner_String_To_Natural;
procedure Parse_Indent_Option
(Opt_Value : in E_Strings.T;
Opt_Value_OK : in Boolean;
Indent_Value : out Natural;
OK : out Boolean)
--# derives Indent_Value,
--# OK from Opt_Value,
--# Opt_Value_OK;
is
begin
if Opt_Value_OK and then E_Strings.Get_Length (E_Str => Opt_Value) >= 1 then
case E_Strings.Get_Element (E_Str => Opt_Value,
Pos => 1) is
-- if option is set to "inline"
when 'i' =>
OK := CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Value,
Str => "inline");
Indent_Value := SparkFormatCommandLineData.Inline;
-- check if valid number
when '1' .. '9' =>
Examiner_String_To_Natural (S => Opt_Value,
I => Indent_Value,
OK => OK);
when others =>
OK := False;
-- assign default value
Indent_Value := SparkFormatCommandLineData.Inline;
end case;
else
Indent_Value := SparkFormatCommandLineData.Inline;
OK := False;
end if;
end Parse_Indent_Option;
-- CFR 1753: A crude syntax check for a dotted simple name as
-- required by the /exclude_export.
-- The name must include at least one dot.
function Check_For_Dotted_Name (S : E_Strings.T) return Boolean is
type Symb_T is (Alpha, Digit, Dot, Under);
Last_Symb : Symb_T;
Dot_Found : Boolean;
Error : Boolean;
begin
Dot_Found := False;
Error := False;
if E_Strings.Get_Length (E_Str => S) > 2 then -- We require at least 3 chars, i.e., X.Y
if E_Strings.Get_Element (E_Str => S,
Pos => 1) in 'A' .. 'Z'
or else E_Strings.Get_Element (E_Str => S,
Pos => 1) in 'a' .. 'z' then
Last_Symb := Alpha;
for I in E_Strings.Positions range 2 .. E_Strings.Get_Length (E_Str => S) loop
case E_Strings.Get_Element (E_Str => S,
Pos => I) is
when '.' =>
if Last_Symb /= Dot and Last_Symb /= Under and E_Strings.Get_Length (E_Str => S) > I then
Dot_Found := True;
Last_Symb := Dot;
else
Error := True;
end if;
when 'A' .. 'Z' | 'a' .. 'z' =>
Last_Symb := Alpha;
when '0' .. '9' =>
if Last_Symb /= Dot and Last_Symb /= Under then
Last_Symb := Digit;
else
Error := True;
end if;
when '_' =>
if Last_Symb /= Dot and Last_Symb /= Under and E_Strings.Get_Length (E_Str => S) > I then
Last_Symb := Under;
else
Error := True;
end if;
when others =>
Error := True;
end case;
exit when Error;
end loop;
end if;
end if;
return Dot_Found and not Error;
end Check_For_Dotted_Name;
begin -- Parse_Command_Options
Annotation_Character_Found := False;
Compress_Found := False;
Expand_Found := False;
Add_Modes_Found := False;
Global_Indent_Found := False;
Export_Indent_Found := False;
Import_Indent_Found := False;
Inherit_Indent_Found := False;
Own_Indent_Found := False;
Refinement_Indent_Found := False;
Constituent_Indent_Found := False;
Initialization_Indent_Found := False;
Separator_Indent_Found := False;
Properties_Indent_Found := False;
Alphabetic_Ordering_Found := False;
Help_Found := False;
Version_Found := False;
Default_Function_Mode_Found := False;
Exclude_Export_Found := False;
loop
exit when Next_Symbol.Typ /= CommandLineHandler.S_Switch_Character;
Read_Option
(Opt_Name => Opt_Name,
Opt_Name_OK => Opt_Name_OK,
Opt_Val => Opt_Val,
Opt_Val_OK => Opt_Val_OK,
Command_String => Command_String,
Next_Symbol => Next_Symbol);
if Opt_Name_OK then
case E_Strings.Get_Element (E_Str => Opt_Name,
Pos => 1) is
when 'a' | 'A' =>
case E_Strings.Get_Element (E_Str => Opt_Name,
Pos => 2) is
when 'd' | 'D' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "add_modes") then
SparkFormatCommandLineData.Content.Valid := not Add_Modes_Found;
Possible_Error (E => ES_Contradict);
Add_Modes_Found := True;
SparkFormatCommandLineData.Content.Add_Modes := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'n' | 'N' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "annotation_character") then
SparkFormatCommandLineData.Content.Valid := Opt_Val_OK
and then E_Strings.Get_Length (E_Str => Opt_Val) = 1
and then not Annotation_Character_Found;
Possible_Error (E => ES_Anno);
Annotation_Character_Found := True;
CommandLineData.Content.Anno_Char := E_Strings.Get_Element (E_Str => Opt_Val,
Pos => 1);
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end case;
when 'c' | 'C' =>
case E_Strings.Get_Element (E_Str => Opt_Name,
Pos => 3) is
when 'm' | 'M' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "compress") then
SparkFormatCommandLineData.Content.Valid := not Compress_Found;
Possible_Error (E => ES_Duplicate);
Compress_Found := True;
SparkFormatCommandLineData.Content.Operation := SparkFormatCommandLineData.Compress;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'n' | 'N' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "constituent_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Constituent_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Constituent_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Constituent_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end case;
when 'd' | 'D' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "default_function_modes") then
SparkFormatCommandLineData.Content.Valid := Opt_Val_OK and then not Default_Function_Mode_Found;
Possible_Error (E => ES_Default);
if SparkFormatCommandLineData.Content.Valid then -- go on to check selection
Default_Function_Mode_Found := True;
case E_Strings.Get_Element (E_Str => Opt_Val,
Pos => 1) is
when 'i' | 'I' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Val,
Str => "in_mode") then
SparkFormatCommandLineData.Content.Default_Function_Mode := SparkFormatCommandLineData.In_Mode;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error (E => ES_Default);
end if;
when 'u' | 'U' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Val,
Str => "unmoded") then
SparkFormatCommandLineData.Content.Default_Function_Mode := SparkFormatCommandLineData.Unmoded;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error (E => ES_Default);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error (E => ES_Default);
end case;
end if;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'e' | 'E' =>
case E_Strings.Get_Element (E_Str => Opt_Name,
Pos => 4) is
when 'a' | 'A' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "expand") then
SparkFormatCommandLineData.Content.Valid := not Expand_Found;
Possible_Error (E => ES_Duplicate);
Expand_Found := True;
SparkFormatCommandLineData.Content.Operation := SparkFormatCommandLineData.Expand;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'l' | 'L' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "exclude_export") then
if not Exclude_Export_Found then
if Opt_Val_OK and then Check_For_Dotted_Name (S => Opt_Val) then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Exclude_Export := Opt_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error (E => ES_InvExclude);
end if;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error (E => ES_Duplicate);
end if;
Exclude_Export_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'o' | 'O' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "export_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Export_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Export_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Export_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end case;
when 'g' | 'G' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "global_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Global_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Global_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Global_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'h' | 'H' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "help") then
SparkFormatCommandLineData.Content.Valid := not Help_Found;
Possible_Error (E => ES_Duplicate);
Help_Found := True;
SparkFormatCommandLineData.Content.Help := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'i' | 'I' =>
case E_Strings.Get_Element (E_Str => Opt_Name,
Pos => 3) is
when 'h' | 'H' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "inherit_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Inherit_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Inherit_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Inherit_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'i' | 'I' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "initialization_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Initialization_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Initialization_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Initialization_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'p' | 'P' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "import_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Import_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Import_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Import_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end case;
when 'n' | 'N' =>
case E_Strings.Get_Element (E_Str => Opt_Name,
Pos => 3) is
when 'a' | 'A' => -- 3rd letter
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "noadd_modes") then
SparkFormatCommandLineData.Content.Valid := not Add_Modes_Found;
Possible_Error (E => ES_Contradict);
Add_Modes_Found := True;
SparkFormatCommandLineData.Content.Add_Modes := False;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 's' | 'W' => -- 3rd letter
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "noswitch") then
null; -- already dealt with, so ignore here
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end case;
when 'o' | 'O' =>
case E_Strings.Get_Element (E_Str => Opt_Name,
Pos => 2) is
when 'r' | 'R' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "order") then
if Opt_Val_OK then
case E_Strings.Get_Element (E_Str => Opt_Val,
Pos => 1) is
when 'a' | 'A' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Val,
Str => "alphabetic") then
SparkFormatCommandLineData.Content.Valid := not Alphabetic_Ordering_Found;
Possible_Error (E => ES_Contradict);
Alphabetic_Ordering_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Val);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Val);
end case;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Val);
end if;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'w' | 'W' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "own_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Own_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Own_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Own_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end case;
when 'p' | 'P' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "properties_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Properties_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Properties_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Refinement_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'r' | 'R' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "refinement_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Refinement_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Refinement_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Refinement_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 's' | 'S' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "separator_indent") then
Parse_Indent_Option
(Opt_Value => Opt_Val,
Opt_Value_OK => Opt_Val_OK,
Indent_Value => Indent_Val,
OK => OK);
if OK and then not Separator_Indent_Found then
SparkFormatCommandLineData.Content.Valid := True;
SparkFormatCommandLineData.Content.Separator_Indent := Indent_Val;
else
SparkFormatCommandLineData.Content.Valid := False;
end if;
Possible_Error (E => ES_Indent);
Separator_Indent_Found := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when 'v' | 'V' =>
if CommandLineHandler.Check_Option_Name (Opt_Name => Opt_Name,
Str => "version") then
SparkFormatCommandLineData.Content.Valid := not Version_Found;
Possible_Error (E => ES_Duplicate);
Version_Found := True;
SparkFormatCommandLineData.Content.Version := True;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end case;
else
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error2 (E => ES_InvalidOption,
F => Opt_Name);
end if;
exit when not SparkFormatCommandLineData.Content.Valid;
end loop;
end Parse_Command_Options;
procedure ParseArguments
(Command_String : in CommandLineHandler.Command_Strings;
Next_Symbol : in CommandLineHandler.Symbols)
--# global in out SparkFormatCommandLineData.Content;
--# in out SPARK_IO.File_Sys;
--# derives SparkFormatCommandLineData.Content,
--# SPARK_IO.File_Sys from *,
--# Command_String,
--# Next_Symbol,
--# SparkFormatCommandLineData.Content;
-- pre Next_Symbol.Typ in {SString, SEmpty};
is
Local_Next_Symbol : CommandLineHandler.Symbols;
Local_Command_String : CommandLineHandler.Command_Strings;
procedure ParseFileEntry
(Command_String : in out CommandLineHandler.Command_Strings;
Next_Symbol : in out CommandLineHandler.Symbols)
--# global in out SparkFormatCommandLineData.Content;
--# in out SPARK_IO.File_Sys;
--# derives Command_String,
--# SparkFormatCommandLineData.Content from *,
--# Next_Symbol &
--# Next_Symbol from *,
--# Command_String &
--# SPARK_IO.File_Sys from *,
--# Next_Symbol,
--# SparkFormatCommandLineData.Content;
-- pre Next_Symbol.Typ = CommandLineHandler.SString;
-- post Next_Symbol.Typ in {CommandLineHandler.SComma, CommandLineHandler.SEmpty};
is
FileName : E_Strings.T;
begin
case Next_Symbol.Typ is
when CommandLineHandler.S_String =>
SparkFormatCommandLineData.Content.Number_Source := SparkFormatCommandLineData.Content.Number_Source + 1;
FileName := Next_Symbol.The_String;
FileSystem.Check_Extension (Fn => FileName,
Ext => SparkFormatCommandLineData.Content.Source_Extension);
SparkFormatCommandLineData.Content.Source_File_List (SparkFormatCommandLineData.Content.Number_Source).
Source_Filename := FileName;
Get_Next_Symbol (Command_String => Command_String,
Next_Symbol => Next_Symbol);
-- end if;
when CommandLineHandler.S_Empty =>
null;
when others =>
SparkFormatCommandLineData.Content.Valid := False;
Possible_Error (E => ES_Source);
end case;
end ParseFileEntry;
begin
Local_Next_Symbol := Next_Symbol;
Local_Command_String := Command_String;
SparkFormatCommandLineData.Content.Number_Source := 0;
loop
ParseFileEntry (Local_Command_String, Local_Next_Symbol);
exit when Local_Next_Symbol.Typ = CommandLineHandler.S_Empty or not SparkFormatCommandLineData.Content.Valid;
if SparkFormatCommandLineData.Content.Number_Source = ExaminerConstants.MaxFilesOnCommandLine then
SparkFormatCommandLineData.Content.Valid := False;
Output_Error (E => EW_TooMany);
exit;
end if;
if FileSystem.Use_Windows_Command_Line and Local_Next_Symbol.Typ = CommandLineHandler.S_Comma then
-- CFR 1824: Allow comma or space as separator on Windows
Get_Next_Symbol (Command_String => Local_Command_String,
Next_Symbol => Local_Next_Symbol);
end if;
end loop;
end ParseArguments;
begin -- Parse_Command_Line;
Local_Command_String := Command_String;
Get_Next_Symbol (Command_String => Local_Command_String,
Next_Symbol => Next_Symbol);
Parse_Command_Options (Command_String => Local_Command_String,
Next_Symbol => Next_Symbol);
if SparkFormatCommandLineData.Content.Valid then
ParseArguments (Local_Command_String, Next_Symbol);
end if;
end Parse_Command_Line;
begin -- Process
CommandLineHandler.Process_Defaults_From_Switch_File;
Read_Command_Line (Command_String => Command_String);
Parse_Command_Line (Command_String => Command_String);
end Process;
end SparkFormatCommandLineHandler;
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