!RBIX
11817445442317083511
x
M
1
n
n
x
10
__script__
i
37
5
7
0
64
47
49
1
1
15
99
7
2
65
49
3
2
13
99
12
7
4
12
7
5
12
65
12
49
6
4
15
49
4
0
15
2
11
I
6
I
0
I
0
I
0
n
p
7
s
11
spec_helper
x
7
require
x
3
Alf
x
11
open_module
x
15
__module_init__
M
1
n
n
x
3
Alf
i
30
5
66
99
7
0
45
1
2
49
3
2
13
99
12
7
4
12
7
5
12
65
12
49
6
4
15
49
4
0
11
I
6
I
0
I
0
I
0
n
p
7
x
10
Relational
x
8
Operator
n
x
17
open_module_under
x
15
__module_init__
M
1
n
n
x
10
Relational
i
13
5
66
5
45
0
1
56
2
47
50
3
1
11
I
3
I
0
I
0
I
0
n
p
4
x
7
Project
n
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
70
5
7
0
56
1
47
50
2
1
15
5
7
3
64
47
49
4
1
15
5
7
5
56
6
47
50
2
1
15
5
56
7
47
50
8
0
15
5
7
9
64
56
10
47
50
11
1
15
5
7
12
64
56
13
47
50
11
1
15
5
7
14
64
56
15
47
50
11
1
11
I
4
I
0
I
0
I
0
I
-2
p
16
x
14
operator_class
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
4
45
0
1
11
I
2
I
0
I
0
I
0
I
-2
p
2
x
7
Project
n
p
3
I
0
I
6
I
4
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
s
17
An operator class
x
21
it_should_behave_like
x
5
input
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
57
44
43
0
80
49
1
1
13
7
2
7
3
64
49
4
2
15
13
7
5
7
6
64
49
4
2
15
44
43
0
80
49
1
1
13
7
2
7
3
64
49
4
2
15
13
7
5
7
6
64
49
4
2
15
35
2
11
I
6
I
0
I
0
I
0
I
-2
p
7
x
4
Hash
x
16
new_from_literal
x
1
a
s
1
a
x
3
[]=
x
1
b
s
1
b
p
5
I
0
I
a
I
1b
I
b
I
39
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
7
5
48
0
49
1
0
11
I
2
I
0
I
0
I
0
I
-2
p
2
x
8
operator
x
4
to_a
p
3
I
0
I
e
I
7
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
7
subject
s
26
when used without --allbut
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
32
5
7
0
56
1
47
50
2
1
15
5
7
3
64
56
4
47
50
5
1
15
5
7
6
64
56
7
47
50
5
1
11
I
4
I
0
I
0
I
0
I
-2
p
8
x
8
expected
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
20
44
43
0
79
49
1
1
13
7
2
7
3
64
49
4
2
15
35
1
11
I
5
I
0
I
0
I
0
I
-2
p
5
x
4
Hash
x
16
new_from_literal
x
1
a
s
1
a
x
3
[]=
p
3
I
0
I
11
I
14
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
s
34
and factored with commandline args
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
26
5
7
0
56
1
47
50
2
1
15
5
56
3
47
50
4
0
15
5
56
5
47
50
6
0
11
I
4
I
0
I
0
I
0
I
-2
p
7
x
8
operator
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
15
45
0
1
7
2
64
7
3
64
35
2
49
4
1
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
7
Project
n
s
2
--
s
1
a
x
3
run
p
3
I
0
I
14
I
f
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
10
5
48
0
5
48
1
49
2
1
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
8
operator
x
5
input
x
4
pipe
p
3
I
0
I
15
I
a
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
6
before
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
9
5
48
0
5
48
1
83
2
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
6
should
x
8
expected
x
2
==
p
3
I
0
I
16
I
9
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
2
it
p
7
I
0
I
14
I
a
I
15
I
12
I
16
I
1a
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
8
describe
s
23
and factored with Lispy
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
18
5
7
0
56
1
47
50
2
1
15
5
56
3
47
50
4
0
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
8
operator
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
14
45
0
1
5
48
2
7
3
35
1
49
4
2
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
5
Lispy
n
x
5
input
x
1
a
x
7
project
p
3
I
0
I
1a
I
e
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
9
5
48
0
5
48
1
83
2
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
6
should
x
8
expected
x
2
==
p
3
I
0
I
1b
I
9
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
2
it
p
5
I
0
I
1a
I
a
I
1b
I
12
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
p
7
I
0
I
11
I
a
I
13
I
15
I
19
I
20
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
8
describe
s
23
when used with --allbut
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
43
5
7
0
56
1
47
50
2
1
15
5
7
3
64
56
4
47
50
5
1
15
5
7
6
64
56
7
47
50
5
1
15
5
7
8
64
56
9
47
50
5
1
11
I
4
I
0
I
0
I
0
I
-2
p
10
x
8
expected
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
20
44
43
0
79
49
1
1
13
7
2
7
3
64
49
4
2
15
35
1
11
I
5
I
0
I
0
I
0
I
-2
p
5
x
4
Hash
x
16
new_from_literal
x
1
b
s
1
b
x
3
[]=
p
3
I
0
I
21
I
14
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
s
34
and factored with commandline args
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
26
5
7
0
56
1
47
50
2
1
15
5
56
3
47
50
4
0
15
5
56
5
47
50
6
0
11
I
4
I
0
I
0
I
0
I
-2
p
7
x
8
operator
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
18
45
0
1
7
2
64
7
3
64
7
4
64
35
3
49
5
1
11
I
5
I
0
I
0
I
0
I
-2
p
6
x
7
Project
n
s
8
--allbut
s
2
--
s
1
a
x
3
run
p
3
I
0
I
24
I
12
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
10
5
48
0
5
48
1
49
2
1
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
8
operator
x
5
input
x
4
pipe
p
3
I
0
I
25
I
a
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
6
before
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
9
5
48
0
5
48
1
83
2
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
6
should
x
8
expected
x
2
==
p
3
I
0
I
26
I
9
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
2
it
p
7
I
0
I
24
I
a
I
25
I
12
I
26
I
1a
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
8
describe
s
31
and factored with Lispy#project
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
18
5
7
0
56
1
47
50
2
1
15
5
56
3
47
50
4
0
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
8
operator
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
29
45
0
1
5
48
2
7
3
35
1
44
43
4
79
49
5
1
13
7
6
2
49
7
2
15
49
8
3
11
I
8
I
0
I
0
I
0
I
-2
p
9
x
5
Lispy
n
x
5
input
x
1
a
x
4
Hash
x
16
new_from_literal
x
6
allbut
x
3
[]=
x
7
project
p
3
I
0
I
2a
I
1d
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
9
5
48
0
5
48
1
83
2
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
6
should
x
8
expected
x
2
==
p
3
I
0
I
2b
I
9
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
2
it
p
5
I
0
I
2a
I
a
I
2b
I
12
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
s
30
and factored with Lispy#allbut
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
18
5
7
0
56
1
47
50
2
1
15
5
56
3
47
50
4
0
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
8
operator
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
14
45
0
1
5
48
2
7
3
35
1
49
4
2
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
5
Lispy
n
x
5
input
x
1
a
x
6
allbut
p
3
I
0
I
2f
I
e
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
9
5
48
0
5
48
1
83
2
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
6
should
x
8
expected
x
2
==
p
3
I
0
I
30
I
9
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
2
it
p
5
I
0
I
2f
I
a
I
30
I
12
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
p
9
I
0
I
21
I
a
I
23
I
15
I
29
I
20
I
2e
I
2b
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
s
21
when all is projected
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
43
5
7
0
56
1
47
50
2
1
15
5
7
3
64
56
4
47
50
5
1
15
5
7
6
64
56
7
47
50
5
1
15
5
7
8
64
56
9
47
50
5
1
11
I
4
I
0
I
0
I
0
I
-2
p
10
x
8
expected
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
10
44
43
0
78
49
1
1
35
1
11
I
3
I
0
I
0
I
0
I
-2
p
2
x
4
Hash
x
16
new_from_literal
p
3
I
0
I
36
I
a
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
s
23
when input is not empty
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
18
5
7
0
56
1
47
50
2
1
15
5
56
3
47
50
4
0
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
8
operator
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
12
45
0
1
5
48
2
35
0
49
3
2
11
I
4
I
0
I
0
I
0
I
-2
p
4
x
5
Lispy
n
x
5
input
x
7
project
p
3
I
0
I
39
I
c
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
9
5
48
0
5
48
1
83
2
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
6
should
x
8
expected
x
2
==
p
3
I
0
I
3a
I
9
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
2
it
p
5
I
0
I
39
I
a
I
3a
I
12
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
8
describe
s
19
when input is empty
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
18
5
7
0
56
1
47
50
2
1
15
5
56
3
47
50
4
0
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
8
operator
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
11
45
0
1
35
0
35
0
49
2
2
11
I
4
I
0
I
0
I
0
I
-2
p
3
x
5
Lispy
n
x
7
project
p
3
I
0
I
3e
I
b
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
8
5
48
0
35
0
83
1
11
I
3
I
0
I
0
I
0
I
-2
p
2
x
6
should
x
2
==
p
3
I
0
I
3f
I
8
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
2
it
p
5
I
0
I
3e
I
a
I
3f
I
12
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
s
19
when allbut is used
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
18
5
7
0
56
1
47
50
2
1
15
5
56
3
47
50
4
0
11
I
4
I
0
I
0
I
0
I
-2
p
5
x
8
operator
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
31
45
0
1
5
48
2
7
3
7
4
35
2
44
43
5
79
49
6
1
13
7
7
2
49
8
2
15
49
9
3
11
I
8
I
0
I
0
I
0
I
-2
p
10
x
5
Lispy
n
x
5
input
x
1
a
x
1
b
x
4
Hash
x
16
new_from_literal
x
6
allbut
x
3
[]=
x
7
project
p
3
I
0
I
43
I
1f
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
3
let
M
1
p
2
x
9
for_block
t
n
x
10
Relational
i
9
5
48
0
5
48
1
83
2
11
I
3
I
0
I
0
I
0
I
-2
p
3
x
6
should
x
8
expected
x
2
==
p
3
I
0
I
44
I
9
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
2
it
p
5
I
0
I
43
I
a
I
44
I
12
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
p
9
I
0
I
36
I
a
I
38
I
15
I
3d
I
20
I
42
I
2b
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
p
15
I
0
I
6
I
a
I
7
I
13
I
9
I
1d
I
e
I
25
I
10
I
30
I
20
I
3b
I
35
I
46
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
8
describe
p
3
I
2
I
4
I
d
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
13
attach_method
p
3
I
2
I
3
I
1e
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0
x
13
attach_method
p
5
I
0
I
1
I
9
I
2
I
25
x
75
/home/blambeau/work/devel/alf/spec/unit/operator/relational/test_project.rb
p
0