Language: Java Rewrite the ADA source code in Java. Within the Java version of the code, change the second half of the first loop so that all assignments to the counting array 'Freq()' are updated in the EXCEPTION portion of the code. There should be no valid updates to 'Freq()' anywhere else in the loop. ADA source code: with Ada.Text_IO , Ada.Integer_Text_IO ; use Ada.Text_IO, Ada.Integer_Text_IO; procedure Grade_Distribution is Freq: array (1..10) of Integer := (others => 0); New_Grade : Natural; Index, Limit_1, Limit_2 : Integer; begin Grade_Loop: loop begin Get(New_Grade); exception when Constraint_Error => exit Grade_Loop; end; Index := New_Grade/10 + 1; begin Freq(Index) := Freq(Index) +1 ; exception when Constraint_Error => if New_Grade = 100 then Freq(10) := Freq(10) + 1; else Put("Error -- new grade: "); Put(New_Grade); Put(" is out of range"); New_Line; end if; end; end loop Grade_Loop; Put("Limits Frequency"); New_Line; New_Line; for Index in 0..8 loop Limit_1 := 10 * Index; Limit_2 := Limit_1 + 9; if Index = 9 then Limit_2 := 100; end if; Put(Limit_1); Put(Limit_2); Put(Freq(Index +1)); New_Line; end loop; end Grade_Distribution;
Language: Java
Rewrite the ADA source code in Java.
Within the Java version of the code, change the second half of the first loop so that all assignments to the counting array 'Freq()' are updated in the EXCEPTION portion of the code. There should be no valid updates to 'Freq()' anywhere else in the loop.
ADA source code:
with Ada.Text_IO , Ada.Integer_Text_IO ;
use Ada.Text_IO, Ada.Integer_Text_IO;
procedure Grade_Distribution is
Freq: array (1..10) of Integer := (others => 0);
New_Grade : Natural;
Index,
Limit_1,
Limit_2 : Integer;
begin
Grade_Loop:
loop
begin
Get(New_Grade);
exception
when Constraint_Error =>
exit Grade_Loop;
end;
Index := New_Grade/10 + 1;
begin
Freq(Index) := Freq(Index) +1 ;
exception
when Constraint_Error =>
if New_Grade = 100 then
Freq(10) := Freq(10) + 1;
else
Put("Error -- new grade: ");
Put(New_Grade);
Put(" is out of range");
New_Line;
end if;
end;
end loop Grade_Loop;
Put("Limits Frequency");
New_Line; New_Line;
for Index in 0..8 loop
Limit_1 := 10 * Index;
Limit_2 := Limit_1 + 9;
if Index = 9 then
Limit_2 := 100;
end if;
Put(Limit_1);
Put(Limit_2);
Put(Freq(Index +1));
New_Line;
end loop;
end Grade_Distribution;
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