begin; comment 'LIBRARY' 1 ; Boolean B; real X; integer array A[+1 : .6102]; integer I, N; B := false; N := 10+2.6; X := 0; comment ; begin; comment ; own real array C0[0 : 1]; procedure P(A, B, C); value A; integer A; string B; Boolean array C; begin; begin; C[(1)] := true
.8 > C0[if true then 0 else 1]; C[-(-2)] := false
.4
X + 50010-2; C[.3101] := .3
(0)
(if 101
104 then true else false); if false then P(A, <STRING>, C) else ; end ; ; for I := 1 step 1 until 3 do begin; if .3
6 ÷ 2 then goto OUT; OUT: ; end ; end ; real procedure A0L; A0L := if X < X then 104 else .6; integer procedure II; II := +1
(3 ÷ (4)) - 102 + A0L; begin; Boolean array C[II + II ÷ II ÷ II : 1
II + 3]; C0[0] := if B
(1) = (2) then 0 else 0; P(+1, <>, C); I := -N - I
N ÷ N
1; goto if 1 - .9 = II ÷ 6
II
A0L then L else L1; L: L1: for I := I step N until II do ; if +.3 + 102 = +(.3) then B := ¬B
false else B := 101 > 3
true; for I := ((1)) step +(1) until +60 do begin; A[101 - 9] := 1 ÷ .1 - 0.1; A[I] := if (true)
A[1] - 1
A[101 - 9]
1
false then +1 else -1; end ; for I := 1, -9 + A[1] step -9 + A[1] until .6101 do N := if +A[1] + 0 = A[1] then 0 else 101 - 9 + N; if +N
+1
N = -N
0 < +N
0 + N
0 then else goto L2; B := B
N > +0
0 < -A[1] ÷ 101
true; L2: goto (L3); L3: B := true
false
false
true
+0
-1; N := 1
N
1 + (101)
10-2
(1) ÷ (2) + N; B := true
-(0) ÷ 1 > -A[1]
¬true
¬true; B := ¬false
.1 = 1
true
0
1; for I := 1 while true do goto EXIT; EXIT: for I := I while false do if -0
+6 then for N := 1 while 0
-1
+N
+(1) do for N := 1 do ; B := 0 < 101
+1
.1
-3
-6
true
+1
101; B := B
-(1) < (2)
101 = .1
-(1)
0; if C[1]
¬+1 = 101 then ; X := A[1]
.5
101 + (if ¬N
.1
(if true then false else true) then -1 else +2); begin; integer procedure A0(B, C); Boolean B, C; A0 := if B
¬C then (1)
2 else if C
¬B then (1) else (2); X := X + A0(true, false) + A0(false, true
.4 < .6); N := X
A0(¬0 = 101, 1
102) - A0(¬-1 > .1, ¬.1
(1)); end ; begin; goto L4; L4: begin; for I := I step if 1 < 2 then 1 else 2 until -10 do ; end ; if if B then .1 > 101 else ¬101
.6 then begin; X := X + 100; end else for I := 1 step .3101 until if ¬(false) then 1 else A[1] do B := true; end ; B := false; end ; begin; real Y; array D[C0[0] : +A[1] ÷ 1 + 1 + C0[0]]; Boolean procedure B1; begin; own Boolean X; X := if D[0] < 0 then ¬D[0]
(0)
(D[0]
(1)) else B; B := X
101 + D[0] > (1)
(D[0]
0); B1 := B
101 + D[0] = D[0]
(1) > D[0]; end ; switch S := L10, L11; D[0] := 0; B := B1
101 + (1)
D[0]
B; L10: ; L11: ; end ; begin; switch SS := LA, LB; own integer P; procedure Q(L); label L; begin; array R[(0) : -(-1)], S[1 : 101]; for I := 0, +1, .3, 101, (2), if B then 0 else 1 do begin; end ; for I := 1 while I + (0)
9, I + 1 while +I < 10 do S[I] := 0; for I := 1 + S[2] while -I > 0, I + (1) while ¬I
10 do if B then ; end ; Q(LA); LA: ; LB: ; end ; begin; procedure P; begin; ; for I := 1 while if 1 < 2 then 0 = A[1] else (A[1]) > 0 do ; end ; array D[1 : if 1 < 2 then 2 else 1]; for I := 1 while .1 < -3, I + 1 while (I) < 3 do D[I] := I; for I := D[2], 1 step (1) until (1) do if 1 < 2 then L: else begin; end ; P; for I := 1 step 101 - 9 until 101 - 9, 1 while 101 > 11 do X := X + N; end ; OUTREAL(99, X + N); end ; end ;