def test_filter_lines():
begin_line = findln_by_time(pacemaker_log, time_before)
end_line = findln_by_time(pacemaker_log, time_between)
out1 = filter_lines(pacemaker_log, begin_line)
out2 = filter_lines(pacemaker_log, begin_line, end_line)
eq_(len(out1.split('\n')), 924)
eq_(len(out2.split('\n')), 804)
def test_filter_lines_unicode():
with open(evil_unicode_log, 'wb') as f:
f.write(invalid_utf8)
out1 = filter_lines(evil_unicode_log, 1, 3)
eq_(len(out1.split('\n')), 2)
os.remove(evil_unicode_log)
out2 = filter_lines(pacemaker_unicode_log, 1, 30)
eq_(len(out2.split('\n')), 31)
def test_filter_lines():
begin_line = findln_by_time(pacemaker_log, time_before)
end_line = findln_by_time(pacemaker_log, time_between)
out1 = filter_lines(pacemaker_log, begin_line)
out2 = filter_lines(pacemaker_log, begin_line, end_line)
assert len(out1.split('\n')) == 924
assert len(out2.split('\n')) == 804
def test_filter_lines_unicode():
with open(evil_unicode_log, 'wb') as f:
f.write(invalid_utf8)
out1 = filter_lines(evil_unicode_log, 1, 3)
assert len(out1.split('\n')) == 2
os.remove(evil_unicode_log)
out2 = filter_lines(pacemaker_unicode_log, 1, 30)
assert len(out2.split('\n')) == 31
def test_filter_lines():
begin_line = findln_by_time(pacemaker_log, time_before)
end_line = findln_by_time(pacemaker_log, time_between)
out1 = filter_lines(pacemaker_log, begin_line)
out2 = filter_lines(pacemaker_log, begin_line, end_line)
eq_(len(out1.split('\n')), 924)
eq_(len(out2.split('\n')), 804)
def test_filter_lines():
with open('pacemaker.log') as f:
data = f.read()
res = filter_lines(data, 140, 143)
_, expected = crmsh.utils.get_stdout("sed -n '140, 143p' pacemaker.log")
assert res == expected + '\n'
