def test_table(self):
"""check main reporting table generation"""
p1 = PerfResultCollection([
PerfResult(
elapsed_time=2,
revision_date=124.8,
revision=100,
test_id=('bzrlib.benchmarks.bench_add.AddBenchmark.'
'test_one_add_kernel_like_tree'),
)
])
p2 = PerfResultCollection([
PerfResult(
elapsed_time=3,
revision_date=12456.3,
revision=200,
test_id=('bzrlib.benchmarks.bench_add.AddBenchmark.'
'test_one_add_kernel_like_tree'),
),
])
samples = [
PerfResultCollection([
PerfResult(elapsed_time=i,
test_id='test_id',
revision_id='revision%s' % (i, ),
revision=i),
], ) for i in range(20)
]
images = [
Page().gen_image_map(samples, revisions=range(20))
for i in range(4)
]
d1 = [
PerfResultCollection([
PerfResult(
elapsed_time=i,
date=130.0,
test_id='test123',
revision=1,
revision_id='one',
),
], ) for i in range(1, 4)
]
d2 = [
PerfResultCollection([
PerfResult(
elapsed_time=i,
date=140.0,
test_id='test123',
revision=2,
revision_id='two',
),
], ) for i in range(2, 5)
]
deltas = [PerfResultDelta(*pair) for pair in zip(d1, d2)]
p = Page().render_table(deltas, images)
self.check_serialize_html(p)
def test_header(self):
"""check header generation"""
p1 = PerfResultCollection(
[PerfResult(revision_date=124.8, nick="hello", revision=100)])
p2 = PerfResultCollection(
[PerfResult(revision_date=12456.3, nick="hello", revision=200)])
self.check_serialize_html(Page().render_header(p1.results[0],
p2.results[0]))
def test_gen_image_map(self):
"""check image map for 20 Perf Results"""
samples = [
PerfResultCollection([
PerfResult(elapsed_time=i,
test_id='test_id',
revision_id='revision %s' % (i, ),
revision=i)
]) for i in range(20)
]
x = Page().gen_image_map(samples, revisions=range(20))
self.check_serialize_html(x)
def test_report(self):
"""check revision report showing changes to prev revision"""
p1 = [
PerfResultCollection([
PerfResult(elapsed_time=i,
date=float(i),
revision=1,
test_id='test123',
revision_id='one')
]) for i in range(1, 4)
]
p2 = [
PerfResultCollection([
PerfResult(elapsed_time=i,
date=float(i),
test_id='test123',
revision=2,
revision_id='two')
]) for i in range(2, 5)
]
deltas = [PerfResultDelta(*pair) for pair in zip(p1, p2)]
self.check_serialize_html(Page().render_report(deltas))
def setup_method(self, meth):
self.r1 = PerfResult(date=123123.123, elapsed_time=10)
self.r2 = PerfResult(date=123523.123, elapsed_time=11)
self.c1 = PerfResultCollection([self.r1])
self.c2 = PerfResultCollection([self.r2])
def test_property_elapsed_time(self):
"""check elapsed_time computated property"""
p1 = PerfResult(elapsed_time=1, date=132.123)
p2 = PerfResult(elapsed_time=2, date=142.1)
sample = PerfResultCollection([p1, p2])
assert sample.min_elapsed == 1