Files
mercury/tests/debugger/browser_test.exp3
Zoltan Somogyi 33eb3028f5 Clean up the tests in half the test directories.
tests/accumulator/*.m:
tests/analysis_*/*.m:
tests/benchmarks*/*.m:
tests/debugger*/*.{m,exp,inp}:
tests/declarative_debugger*/*.{m,exp,inp}:
tests/dppd*/*.m:
tests/exceptions*/*.m:
tests/general*/*.m:
tests/grade_subdirs*/*.m:
tests/hard_coded*/*.m:
    Make these tests use four-space indentation, and ensure that
    each module is imported on its own line. (I intend to use the latter
    to figure out which subdirectories' tests can be executed in parallel.)

    These changes usually move code to different lines. For the debugger tests,
    specify the new line numbers in .inp files and expect them in .exp files.
2015-02-14 20:14:03 +11:00

293 lines
7.3 KiB
Plaintext

E1: C1 CALL pred browser_test.main/2-0 (det) browser_test.m:20
mdb> echo on
Command echo enabled.
mdb> register --quiet
mdb> list_context_lines 10
mdb> break big_data
0: + stop interface pred browser_test.big_data/1-0 (det)
mdb> continue
E2: C2 CALL pred browser_test.big_data/1-0 (det) browser_test.m:41 (browser_test.m:24)
mdb> finish
E3: C2 EXIT pred browser_test.big_data/1-0 (det) browser_test.m:41 (browser_test.m:24)
mdb> delete *
0: E stop interface pred browser_test.big_data/1-0 (det)
mdb> dump -q 1 browser_test.save.1
mdb> format raw_pretty
mdb> print *
Data (arg 1)
big(big(big(small, 1, small), 2, small), 3, big(big(small, 4, big/3), 6, small))
mdb> format -A verbose
mdb> print *
Data (arg 1)
big
1-big
| 1-big
| | 1-small
| | 2-1
mdb> browse 1; ls; quit
big(
big(big(small, 1, small), 2, small),
3,
big(big(small, 4, big(small, 5, small)), 6, small))
mdb> format -AP flat
mdb> print -f 1
Data (arg 1) big(big(big(small, 1, small), 2, small), 3, big(big(small, 4, big/3), 6, small))
mdb> print -p 1
Data (arg 1)
big(big(big(...), ...), 3, ...)
mdb> print -v 1
Data (arg 1)
big
1-big
| 1-big
| | 1-small
| | 2-1
| | 3-small
| 2-2
| 3-small
2-3
3-big
1-big
| 1-small
| 2-4
| 3-big/3
2-6
3-small
mdb> print -r 1
Data (arg 1)
big(
big(big(small, 1, small), 2, small),
3,
big(big(small, 4, big(small, 5, small)), 6, small))
mdb> print --xyzzy 1
print: unrecognized option `--xyzzy'
mdb: print: usage error -- type `help print' for help.
mdb> browse 1; print; quit
big(
big(big(small, 1, small), 2, small),
3,
big(big(small, 4, big(small, 5, small)), 6, small))
mdb> browse -f 1; ls; quit
big(big(big(small, 1, small), 2, small), 3, big(big(small, 4, big(small, 5, small)), 6, small))
mdb> browse Data
browser> ls
big(
big(big(small, 1, small), 2, small),
3,
big(big(small, 4, big(small, 5, small)), 6, small))
browser> cd /1
browser> ls
big(big(small, 1, small), 2, small)
browser> cd /1/2
browser> ls
2
browser> cd /3
browser> ls
big(big(small, 4, big(small, 5, small)), 6, small)
browser> cd 1/3/2
browser> ls
5
browser> cd
browser> ls
big(
big(big(small, 1, small), 2, small),
3,
big(big(small, 4, big(small, 5, small)), 6, small))
browser> cdr 100 2
error: in subdir 2: there is no subterm 2
browser> cdr 3 1
browser> ls
small
browser> cdr 3 ../1/..
browser> ls
big(
big(big(small, 1, small), 2, small),
3,
big(big(small, 4, big(small, 5, small)), 6, small))
browser> quit
mdb> xml_tmp_filename './browser_test.xml.out'
mdb> xml_browser_cmd 'cat ./browser_test.xml.out'
mdb> browse --xml 1
Saving term to XML file...
Launching XML browser (this may take some time) ...
<?xml version="1.0"?>
<big functor="big" type="browser_test.big" arity="3">
<big functor="big" type="browser_test.big" arity="3">
<big functor="big" type="browser_test.big" arity="3">
<small functor="small" type="browser_test.big" arity="0" />
<Int type="int">1</Int>
<small functor="small" type="browser_test.big" arity="0" />
</big>
<Int type="int">2</Int>
<small functor="small" type="browser_test.big" arity="0" />
</big>
<Int type="int">3</Int>
<big functor="big" type="browser_test.big" arity="3">
<big functor="big" type="browser_test.big" arity="3">
<small functor="small" type="browser_test.big" arity="0" />
<Int type="int">4</Int>
<big functor="big" type="browser_test.big" arity="3">
<small functor="small" type="browser_test.big" arity="0" />
<Int type="int">5</Int>
<small functor="small" type="browser_test.big" arity="0" />
</big>
</big>
<Int type="int">6</Int>
<small functor="small" type="browser_test.big" arity="0" />
</big>
</big>
mdb> browse -x Data
Saving term to XML file...
Launching XML browser (this may take some time) ...
<?xml version="1.0"?>
<big functor="big" type="browser_test.big" arity="3">
<big functor="big" type="browser_test.big" arity="3">
<big functor="big" type="browser_test.big" arity="3">
<small functor="small" type="browser_test.big" arity="0" />
<Int type="int">1</Int>
<small functor="small" type="browser_test.big" arity="0" />
</big>
<Int type="int">2</Int>
<small functor="small" type="browser_test.big" arity="0" />
</big>
<Int type="int">3</Int>
<big functor="big" type="browser_test.big" arity="3">
<big functor="big" type="browser_test.big" arity="3">
<small functor="small" type="browser_test.big" arity="0" />
<Int type="int">4</Int>
<big functor="big" type="browser_test.big" arity="3">
<small functor="small" type="browser_test.big" arity="0" />
<Int type="int">5</Int>
<small functor="small" type="browser_test.big" arity="0" />
</big>
</big>
<Int type="int">6</Int>
<small functor="small" type="browser_test.big" arity="0" />
</big>
</big>
mdb> format_param -A -f depth 1
mdb> print *
Data (arg 1) big(big/3, 3, big/3)
mdb> print Data/1
Data (arg 1)^1 big(big(small, 1, small), 2, small)
mdb> format_param -f depth 3
mdb> print 1
Data (arg 1) big(big(big(small, 1, small), 2, small), 3, big(big(small, 4, big/3), 6, small))
mdb> print Data/1/2
Data (arg 1)/1/2 2
mdb> print 1^1^2^3
mdb: at 1^2^ the path 3 does not exist in variable 1.
mdb> retry
E2: C2 CALL pred browser_test.big_data/1-0 (det) browser_test.m:41 (browser_test.m:24)
mdb> break list_data
0: + stop interface pred browser_test.list_data/1-0 (det)
mdb> continue
big(big(big(small, 1, small), 2, small), 3, big(big(small, 4, big(small, 5, small)), 6, small)).
E4: C3 CALL pred browser_test.list_data/1-0 (det) browser_test.m:70 (browser_test.m:27)
mdb> finish
E5: C3 EXIT pred browser_test.list_data/1-0 (det) browser_test.m:70 (browser_test.m:27)
mdb> dump Data browser_test.save.2
Dumped Data to browser_test.save.2
mdb> break a_func
1: + stop interface func browser_test.a_func/1-0 (det)
mdb> continue
seq(1, [big(big(small, 1, small), 2, small), small, big(small, 4, big(small, 5, small))], 5).
browser_test.save.1:
big(
big(
big(
small,
1,
small
),
2,
small
),
3,
big(
big(
small,
4,
big(
small,
5,
small
)
),
6,
small
)
)
browser_test.save.2:
seq(
1,
[
big(
big(
small,
1,
small
),
2,
small
),
small,
big(
small,
4,
big(
small,
5,
small
)
)
],
5
)
E6: C4 CALL func browser_test.a_func/1-0 (det) browser_test.m:116 (browser_test.m:35)
mdb> finish
E7: C4 EXIT func browser_test.a_func/1-0 (det) browser_test.m:116 (browser_test.m:35)
mdb> print -p
a_func(big(big(...), ...)) = big(big(...), ...)
mdb> print -r
a_func(
big(
big(big(small, 1, small), 2, small),
3,
big(big(small, 4, big(small, 5, small)), 6, small)))
= big(
big(big(small, 1, small), 2, small),
3,
big(big(small, 4, big(small, 5, small)), 6, small))
mdb> print -v
a_func
1-big
| 1-big
| | 1-big/3
| | 2-2
| | 3-small
| 2-3
| 3-big
| 1-big/3
| 2-6
| 3-small
2-big
1-big
| 1-big/3
| 2-2
| 3-small
2-3
3-big
1-big/3
2-6
3-small
mdb> print -f
a_func(big(big(big/3, 2, small), 3, big(big/3, 6, small))) = big(big(big/3, 2, small), 3, big(big/3, 6, small))
mdb> continue
big(big(big(small, 1, small), 2, small), 3, big(big(small, 4, big(small, 5, small)), 6, small))