def test_to_json_meta_bridges():
forest = TraceForest(1)
forest.resops = {15: 'guard_true'}
trunk = forest.add_trace('loop', 0, 0)
bridge1 = forest.add_trace('bridge', 1, 0)
bridge2 = forest.add_trace('bridge', 2, 0)
bridge3 = forest.add_trace('bridge', 3, 0)
forest.descr_nmr_to_point_in_trace[10] = PointInTrace(trunk, None)
forest.descr_nmr_to_point_in_trace[11] = PointInTrace(trunk, None)
forest.descr_nmr_to_point_in_trace[12] = PointInTrace(bridge1, None)
forest.descr_nmr_to_point_in_trace[13] = PointInTrace(bridge2, None)
#
trunk.set_addr_bounds(99, 100)
bridge1.set_addr_bounds(100, 101)
bridge2.set_addr_bounds(200, 201)
bridge3.set_addr_bounds(300, 301)
#
forest.stitch_bridge(10, 100)
forest.stitch_bridge(11, 200)
forest.stitch_bridge(12, 300)
#
stage = trunk.start_mark(const.MARK_TRACE_OPT)
j = LogMetaSerializer().to_representation(FakeJitLog(forest))
assert len(j['bridges']) == 4
bridges = j['bridges']
assert bridges[0] == {10: 100, 11: 200}
assert bridges[1] == {12: 300}
assert bridges[2] == {}
assert bridges[3] == {}
def test_to_json_meta_links():
forest = TraceForest(1)
forest.resops = { 15: 'guard_true' }
trunk = forest.add_trace('loop', 0, 0)
bridge1 = forest.add_trace('bridge', 1, 0)
bridge2 = forest.add_trace('bridge', 2, 0)
bridge3 = forest.add_trace('bridge', 3, 0)
op = FlatOp(0,'',[],None,0,0)
op.index = 42
forest.descr_nmr_to_point_in_trace[10] = PointInTrace(trunk, op)
forest.descr_nmr_to_point_in_trace[11] = PointInTrace(trunk, None)
forest.descr_nmr_to_point_in_trace[12] = PointInTrace(bridge1, None)
forest.descr_nmr_to_point_in_trace[13] = PointInTrace(bridge2, None)
#
trunk.set_addr_bounds(99,100)
bridge1.set_addr_bounds(100,101)
bridge2.set_addr_bounds(200,201)
bridge3.set_addr_bounds(300,301)
#
forest.stitch_bridge(10, 100)
forest.stitch_bridge(11, 200)
forest.stitch_bridge(12, 300)
#
stage = trunk.start_mark(const.MARK_TRACE_OPT)
j = LogMetaSerializer().to_representation(forest)
assert len(j['links']) == 2
links = j['links']
assert links[0] == {42: 1, 0: 2}
assert links[1] == {0: 3}
def test_to_json_meta_info():
forest = TraceForest(1, False, 'x86')
forest.resops = {15: 'divide'}
trace = forest.add_trace('loop', 0, 0)
trace.counter = 42
stage = trace.start_mark(const.MARK_TRACE_OPT)
stage.append_op(MergePoint({const.MP_SCOPE[0]: 'my_func'}))
json = LogMetaSerializer().to_representation(FakeJitLog(forest))
del json['bridges'] # do not care for this test
assert json == \
{ 'resops': { 15: 'divide' },
'traces': { 0: { 'scope': 'my_func', 'filename': None, 'lineno': 0,
'type': 'loop', 'counter_points': { 'enter': 42 } } },
'word_size': 8,
'machine': 'x86'
}
def test_to_json_meta_info():
forest = TraceForest(1, False, 'x86')
forest.resops = { 15: 'divide' }
trace = forest.add_trace('loop', 0, 0, 'john')
trace.counter = 42
stage = trace.start_mark(const.MARK_TRACE_OPT)
stage.append_op(MergePoint({const.MP_SCOPE[0]: 'my_func' }))
json = LogMetaSerializer().to_representation(forest)
assert json == \
{ 'resops': { 15: 'divide' },
'traces': { 0: { 'scope': 'my_func', 'filename': None, 'lineno': 0,
'type': 'loop', 'counter_points': { 0: 42 }, 'jd_name': 'john',
'stamp': 0 } },
'word_size': 8,
'machine': 'x86',
'links': {},
}
def forest():
forest = TraceForest(1)
forest.resops = DEFAULT_TEST_RESOPS
return forest
def forest():
forest = TraceForest(1)
forest.resops = DEFAULT_TEST_RESOPS
return forest
