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generic
package Packrat.Lexer.Combinators is
generic
Params : in Combinator_Array;
function Sequence
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
with function Param
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
Number : in Positive;
function Count
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
with function Param
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
Minimum : in Natural := 0;
function Many
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
with function Param
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
with function Test
(Item : in Element)
return Boolean;
Minimum : in Natural := 0;
function Many_Until
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
with function Test
(Item : in Element)
return Boolean;
function Satisfy
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
with function Test
(Item : in Element)
return Boolean;
with function Change
(From : in Element)
return Element;
function Satisfy_With
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
Item : in Element;
function Match
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
Item : in Element;
with function Change
(From : in Element)
return Element;
function Match_With
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
Items : in Element_Array;
function Multimatch
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
Number : in Positive := 1;
function Take
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
with function Test
(Item : in Element)
return Boolean;
function Take_While
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
with function Test
(Item : in Element)
return Boolean;
function Take_Until
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
EOL_Item : in Element;
function Start_Of_Line
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
generic
EOL_Item : in Element;
function End_Of_Line
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
function Start_Of_Input
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
function End_Of_Input
(Input : in Element_Array;
Start : in Positive;
Length : out Natural;
Value : out Element_Array)
return Result;
end Packrat.Lexer.Combinators;
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