def test_persist_option_populates_cache_info_and_persisted_sections(
self,
hostname,
store,
logger,
monkeypatch,
):
time_time = 1000
time_delta = 50
monkeypatch.setattr(time, "time", lambda: time_time)
raw_data = b"\n".join((
b"<<<section:persist(%i)>>>" % (time_time + time_delta),
b"first line",
b"second line",
))
ahs = AgentParser(hostname, store, False, logger).parse(raw_data)
assert ahs.sections == {
SectionName("section"): [["first", "line"], ["second", "line"]]
}
assert ahs.cache_info == {
SectionName("section"): (time_time, time_delta)
}
assert ahs.piggybacked_raw_data == {}
assert ahs.persisted_sections == {
SectionName("section"): (1000, 1050, [["first", "line"],
["second", "line"]]),
}
def test_piggyback_populates_piggyback_raw_data(
self,
hostname,
store,
logger,
monkeypatch,
):
time_time = 1000
monkeypatch.setattr(time, "time", lambda: time_time)
monkeypatch.setattr(config.HostConfig, "check_mk_check_interval", 10)
raw_data = AgentRawData(b"\n".join((
b"<<<<piggyback header>>>>", # <- space is OK
b"<<<section>>>",
b"first line",
b"second line",
b"<<<<>>>>", # <- omitting this line makes no difference
b"<<<<piggyback_other>>>>",
b"<<<other_section>>>",
b"first line",
b"second line",
b"<<<<>>>>",
b"<<<<../b:l*a../>>>>",
b"<<<section>>>",
b"first line",
b"<<<</b_l-u/>>>>",
b"<<<section>>>",
b"first line",
)))
ahs = AgentParser(hostname, store, False, logger).parse(raw_data)
assert ahs.sections == {}
assert ahs.cache_info == {}
assert ahs.piggybacked_raw_data == {
"piggyback_header": [
b"<<<section:cached(1000,900)>>>",
b"first line",
b"second line",
],
"piggyback_other": [
b"<<<other_section:cached(1000,900)>>>",
b"first line",
b"second line",
],
".._b_l_a.._": [
b"<<<section:cached(1000,900)>>>",
b"first line",
],
"_b_l-u_": [
b"<<<section:cached(1000,900)>>>",
b"first line",
],
}
assert ahs.persisted_sections == PersistedSections[SNMPSectionContent](
{})
def test_raw_section_populates_sections(self, hostname, logger):
raw_data = b"\n".join((
b"<<<a_section>>>",
b"first line",
b"second line",
b"<<<another_section>>>",
b"first line",
b"second line",
))
ahs = AgentParser(hostname, Path(""),
logger).parse(Result.OK(raw_data)).ok
assert ahs.sections == {
SectionName("a_section"): [["first", "line"], ["second", "line"]],
SectionName("another_section"): [["first", "line"],
["second", "line"]],
}
assert ahs.cache_info == {}
assert ahs.piggybacked_raw_data == {}
assert ahs.persisted_sections == {}
def test_raw_section_populates_sections(self, hostname, logger, store):
raw_data = b"\n".join((
b"<<<a_section>>>",
b"first line",
b"second line",
b"<<<>>>", # to be skipped
b"<<<another_section>>>",
b"first line",
b"second line",
b"<<<>>>", # to be skipped
))
ahs = AgentParser(hostname, store, False, logger).parse(raw_data)
assert ahs.sections == {
SectionName("a_section"): [["first", "line"], ["second", "line"]],
SectionName("another_section"): [["first", "line"],
["second", "line"]],
}
assert ahs.cache_info == {}
assert ahs.piggybacked_raw_data == {}
assert ahs.persisted_sections == {}
def test_section_header_options(self, headerline, section_name,
section_options):
parsed_name, parsed_options = AgentParser._parse_section_header(
headerline)
assert parsed_name == section_name
assert parsed_options == section_options
def parser(self, hostname, store, logger):
return AgentParser(hostname, store, logger)