renamed og to civl

1 files changed, 0 insertions, 106 deletions

diff --git a/Test/og/linear-set2.bpl b/Test/og/linear-set2.bpl
deleted file mode 100644
index 24d8a13a..00000000
--- a/Test/og/linear-set2.bpl
+++ /dev/null
@@ -1,106 +0,0 @@
-// RUN: %boogie -noinfer -typeEncoding:m -useArrayTheory "%s" > "%t"

-// RUN: %diff "%s.expect" "%t"

-type X;

-function {:builtin "MapConst"} MapConstInt(int) : [X]int;

-function {:builtin "MapConst"} MapConstBool(bool) : [X]bool;

-function {:builtin "MapOr"} MapOr([X]bool, [X]bool) : [X]bool;

-

-function {:inline} None() : [X]bool

-{

-    MapConstBool(false)

-}

-

-function {:inline} All() : [X]bool

-{

-    MapConstBool(true)

-}

-

-function {:inline} {:linear "x"} XCollector(xs: [X]bool) : [X]bool

-{

-  xs

-}

-

-var {:layer 0,1} x: int;

-var {:layer 0,1} l: X;

-const nil: X;

-

-procedure {:yields} {:layer 1} Split({:linear_in "x"} xls: [X]bool) returns ({:linear "x"} xls1: [X]bool, {:linear "x"} xls2: [X]bool)

-ensures {:layer 1} xls == MapOr(xls1, xls2) && xls1 != None() && xls2 != None();

-{

-  yield;

-  call xls1, xls2 := SplitLow(xls);

-  yield;

-}

-

-procedure {:yields} {:layer 1} Allocate() returns ({:linear "tid"} xls: X)

-ensures {:layer 1} xls != nil;

-{

-  yield;

-  call xls := AllocateLow();

-  yield;

-}

-

-procedure {:yields} {:layer 0,1} Set(v: int);

-ensures {:atomic} |{A: x := v; return true; }|;

-

-procedure {:yields} {:layer 0,1} Lock(tidls: X);

-ensures {:atomic} |{A: assume l == nil; l := tidls; return true; }|;

-

-procedure {:yields} {:layer 0,1} Unlock();

-ensures {:atomic} |{A: l := nil; return true; }|;

-

-procedure {:yields} {:layer 0,1} SplitLow({:linear_in "x"} xls: [X]bool) returns ({:linear "x"} xls1: [X]bool, {:linear "x"} xls2: [X]bool);

-ensures {:atomic} |{ A: assume xls == MapOr(xls1, xls2) && xls1 != None() && xls2 != None(); return true; }|;

-

-procedure {:yields} {:layer 0,1} AllocateLow() returns ({:linear "tid"} xls: X);

-ensures {:atomic} |{ A: assume xls != nil; return true; }|;

-

-procedure {:yields} {:layer 1} main({:linear_in "tid"} tidls': X, {:linear_in "x"} xls': [X]bool) 

-requires {:layer 1} tidls' != nil && xls' == All();

-{

-    var {:linear "tid"} tidls: X;

-    var {:linear "x"} xls: [X]bool;

-    var {:linear "tid"} lsChild: X;

-    var {:linear "x"} xls1: [X]bool;

-    var {:linear "x"} xls2: [X]bool;

-

-    tidls := tidls';

-    xls := xls';

-

-    yield;

-    call Set(42);

-    yield;

-    assert {:layer 1} xls == All();

-    assert {:layer 1} x == 42;

-    call xls1, xls2 := Split(xls);

-    call lsChild := Allocate();

-    yield;

-    async call thread(lsChild, xls1);

-    call lsChild := Allocate();

-    yield;

-    async call thread(lsChild, xls2);

-    yield;

-}

-

-procedure {:yields} {:layer 1} thread({:linear_in "tid"} tidls': X, {:linear_in "x"} xls': [X]bool)

-requires {:layer 1} tidls' != nil && xls' != None();

-{

-    var {:linear "x"} xls: [X]bool;

-    var {:linear "tid"} tidls: X;

-

-    tidls := tidls';

-    xls := xls';

-

-    yield;

-    call Lock(tidls);

-    yield;

-    assert {:layer 1} tidls != nil && xls != None();

-    call Set(0);

-    yield;

-    assert {:layer 1} tidls != nil && xls != None();

-    assert {:layer 1} x == 0;

-    yield;

-    assert {:layer 1} tidls != nil && xls != None();

-    call Unlock();

-    yield;

-}