def automation_get_check_manpage(args):
if len(args) != 1:
raise MKAutomationError("Need exactly one argument.")
check_type = args[0]
manpage = man_pages.load_man_page(args[0])
# Add a few informations from check_info. Note: active checks do not
# have an entry in check_info
if check_type in check_info:
manpage["type"] = "check_mk"
info = check_info[check_type]
for key in [ "snmp_info", "has_perfdata", "service_description" ]:
if key in info:
manpage[key] = info[key]
if "." in check_type:
section = check_type.split(".")[0]
if section in check_info and "snmp_info" in check_info[section]:
manpage["snmp_info"] = check_info[section]["snmp_info"]
if "group" in info:
manpage["group"] = info["group"]
# Assume active check
elif check_type.startswith("check_"):
manpage["type"] = "active"
else:
raise MKAutomationError("Could not detect type of manpage: %s. "
"Maybe the check is missing." % check_type)
return manpage
def automation_get_check_manpage(args):
if len(args) != 1:
raise MKAutomationError("Need exactly one argument.")
check_type = args[0]
manpage = man_pages.load_man_page(args[0])
# Add a few informations from check_info. Note: active checks do not
# have an entry in check_info
if check_type in check_info:
manpage["type"] = "check_mk"
info = check_info[check_type]
for key in [ "snmp_info", "has_perfdata", "service_description" ]:
if key in info:
manpage[key] = info[key]
if "." in check_type:
section = check_type.split(".")[0]
if section in check_info and "snmp_info" in check_info[section]:
manpage["snmp_info"] = check_info[section]["snmp_info"]
if "group" in info:
manpage["group"] = info["group"]
# Assume active check
elif check_type.startswith("check_"):
manpage["type"] = "active"
else:
raise MKAutomationError("Could not detect type of manpage: %s. "
"Maybe the check is missing." % check_type)
return manpage
def test_load_man_page_format():
page = man_pages.load_man_page("if64")
assert type(page) == dict
_check_man_page_structure(page)
# Check optional keys
for key in ['item', 'inventory']:
assert key in page["header"]
def test_load_man_page_format():
page = man_pages.load_man_page("if64")
assert type(page) == dict
_check_man_page_structure(page)
# Check optional keys
for key in ['perfdata', 'item', 'examples', 'inventory']:
assert key in page["header"]
for entry in page["configuration"]:
assert type(entry) == tuple
assert len(entry) == 2
for entry in page["parameters"]:
assert type(entry) == tuple
assert len(entry) == 2
def test_load_man_page_format():
page = man_pages.load_man_page("if64")
assert type(page) == dict
_check_man_page_structure(page)
# Check optional keys
for key in [ 'perfdata', 'item', 'examples', 'inventory']:
assert key in page["header"]
for entry in page["configuration"]:
assert type(entry) == tuple
assert len(entry) == 2
for entry in page["parameters"]:
assert type(entry) == tuple
assert len(entry) == 2
def test_load_all_man_pages():
for name in man_pages.all_man_pages().keys():
man_page = man_pages.load_man_page(name)
assert type(man_page) == dict
_check_man_page_structure(man_page)
def test_load_man_page_not_existing():
assert man_pages.load_man_page("not_existing") == None
def test_load_all_man_pages():
for name in man_pages.all_man_pages().keys():
man_page = man_pages.load_man_page(name)
assert type(man_page) == dict
_check_man_page_structure(man_page)
def test_load_man_page_not_existing():
assert man_pages.load_man_page("not_existing") == None
