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DataMuseum.dkPresents historical artifacts from the history of: Rational R1000/400 Tapes |
This is an automatic "excavation" of a thematic subset of
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top - metrics - downloadIndex: B T
Length: 4567 (0x11d7)
Types: TextFile
Names: »B«
└─⟦180fe333a⟧ Bits:30000405 8mm tape, Rational 1000, SW CATALOG, 10_20_0
└─⟦180fe333a⟧ Bits:30000537 8mm tape, Rational 1000, SW Catalog 10_20_0
└─⟦5cb1d1d7f⟧ »DATA«
└─⟦3b1ee7bd8⟧
└─⟦this⟧
separate (Compilation_Unit.Produce_Metrics)
procedure Name_Statement
(Current_Compilation_Unit : in out Ada_Compilation_Unit;
Program_Unit : in Program_Unit_State_Machine;
Halstead : in Halstead_State_Machine;
Loc : in Loc_State_Machine;
Mccabe : in Mccabe_State_Machine) is
--=================================================================
-- Name_Statement ::=
-- $ 1st token is <IDENTIFIER> and 2nd token is ":" $
-- 1. < IDENTIFIER> ":" LOOP_Statement
-- 2. Name [ ( ":=" Expression | "'" Aggregate ) ] ";"
--=================================================================
Current_Token : Token_Package.Token;
Dummy_Name_Kind : Name_Kind;
Dummy_Count : Positive;
begin
-- Name_Statement
if Token_Package.Class_Of (Peek (From => Current_Compilation_Unit)) =
Token_Package.Identifier and then
Token_Package.Value_Of
(Peek (From => Current_Compilation_Unit, Offset => 2)) =
Token_Package.Colon_Token then
Get_Next_Token (Out_Token => Current_Token,
From => Current_Compilation_Unit,
Current_Loc => Loc);
-- increment Halstead operand count
Halstead.Store_Operand (Halstead_Operand.Definition
(Token_Package.Value_Of
(This_Token => Current_Token)));
Get_Next_Token (Out_Token => Current_Token,
From => Current_Compilation_Unit,
Current_Loc => Loc);
-- increment Halstead COLON operator count
Halstead.Store_Operator ((Kind => Halstead_Operator.Colon_Halstead));
Loop_Statement (Current_Compilation_Unit => Current_Compilation_Unit,
Program_Unit => Program_Unit,
Halstead => Halstead,
Loc => Loc,
Mccabe => Mccabe);
else
-- use 2nd production
Name (Current_Compilation_Unit => Current_Compilation_Unit,
Program_Unit => Program_Unit,
Halstead => Halstead,
Loc => Loc,
Mccabe => Mccabe,
Out_Name_Kind => Dummy_Name_Kind);
case Token_Package.Value_Of (Peek (From => Current_Compilation_Unit)) is
when Token_Package.Assignment_Token =>
Get_Next_Token (Out_Token => Current_Token,
From => Current_Compilation_Unit,
Current_Loc => Loc);
-- increment Halstead ASSIGNMENT operator count
Halstead.Store_Operator
((Kind => Halstead_Operator.Assignment_Halstead));
-- until ";" is found
Expression
(Current_Compilation_Unit => Current_Compilation_Unit,
Program_Unit => Program_Unit,
Halstead => Halstead,
Loc => Loc,
Mccabe => Mccabe,
Terminate_Tokens =>
Set_Of_Tokens'(1 => Token_Package.Semicolon_Token));
when Token_Package.Apostrophe_Token =>
Get_Next_Token (Out_Token => Current_Token,
From => Current_Compilation_Unit,
Current_Loc => Loc);
-- increment Halstead TICK operator count
Halstead.Store_Operator ((Kind =>
Halstead_Operator.Tick_Halstead));
Aggregate (Current_Compilation_Unit => Current_Compilation_Unit,
Program_Unit => Program_Unit,
Halstead => Halstead,
Loc => Loc,
Mccabe => Mccabe,
Number_Of_Components => Dummy_Count);
when others =>
null;
end case;
Get_Next_Token (Out_Token => Current_Token,
From => Current_Compilation_Unit,
Current_Loc => Loc);
if "/=" (Token_Package.Value_Of (Current_Token),
Token_Package.Semicolon_Token) then
raise Syntax_Error;
end if;
-- increment Halstead SEMICOLON operator count
Halstead.Store_Operator ((Kind =>
Halstead_Operator.Semicolon_Halstead));
end if;
end Name_Statement;