class ConcreteTimePeriod(BaseSchema):
alias = fields.String(description="The alias of the time period",
example="alias")
active_time_ranges = fields.List(
fields.Nested(ConcreteTimeRangeActive),
description="The days for which time ranges were specified",
example={
"day": "all",
"time_ranges": [{
"start": "12:00",
"end": "14:00"
}]
},
)
exceptions = fields.List(
fields.Nested(ConcreteTimePeriodException),
description="Specific day exclusions with their list of time ranges",
example=[{
"date": "2020-01-01",
"time_ranges": [{
"start": "14:00",
"end": "18:00"
}]
}],
)
exclude = fields.List( # type: ignore[assignment]
fields.String(description="Name of excluding time period",
example="holidays"),
description=
"The collection of time period aliases whose periods are excluded",
)
class RuleConditions(base.BaseSchema):
cast_to_dict = True
host_name = fields.Nested(
HostOrServiceConditionSchema,
many=False,
description=(
"Here you can enter a list of explicit host names that the rule should or should "
"not apply to. "
"Leave this option disabled if you want the rule to apply for all hosts specified "
"by the given tags. The names that you enter here are compared with case sensitive "
"exact matching. Alternatively you can use regular expressions if you enter a "
"tilde `~` as the first character. That regular expression must match the beginning "
"of the host names in question."
),
example={"match_on": ["host1", "host2"], "operator": "one_of"},
)
host_tag = fields.Nested(
TagConditionSchema,
many=True,
description=(
"The rule will only be applied to hosts fulfilling all the host tag conditions "
"listed here, even if they appear in the list of explicit host names."
),
example=[{"key": "criticality", "operator": "is", "value": "prod"}],
)
host_label = fields.Nested(
LabelConditionSchema,
many=True,
description="Further restrict this rule by applying host label conditions.",
example=[{"key": "os", "operator": "is", "value": "windows"}],
)
service_label = fields.Nested(
LabelConditionSchema,
many=True,
description=(
"Restrict the application of the rule, by checking against service label conditions."
),
example=[{"key": "os", "operator": "is", "value": "windows"}],
)
service_description = fields.Nested(
HostOrServiceConditionSchema(use_regex="always"),
many=False,
description=(
"Specify a list of service patterns this rule shall apply to.\n"
" * The patterns must match the beginning of the service in question.\n"
" * Adding a `$` to the end forces an exact match.\n"
" * Pattern use regular expressions. e.g. a `.*` will match an arbitrary text.\n"
" * The text entered here is handled as a regular expression pattern.\n"
" * The pattern is matched from the beginning.\n"
" * The match is performed case sensitive.\n"
"BE AWARE: Depending on the service ruleset the service_description of "
"the rules is only a check item or a full service description. For "
"example the check parameters rulesets only use the item, and other "
"service rulesets like disabled services ruleset use full service"
"descriptions."
),
example={"match_on": ["foo1", "bar2"], "operator": "none_of"},
)
class FolderMembers(BaseSchema):
hosts = fields.Nested(
ObjectCollectionMember(),
description="A list of links pointing to the actual host-resources.",
)
move = fields.Nested(
ObjectActionMember(),
description="An action which triggers the move of this folder to another folder.",
)
class HostConfigSchema(DomainObject):
domainType = fields.Constant(
"host_config", required=True, description="The domain type of the object."
)
members = fields.Nested(HostMembers, description="All the members of the host object.")
extensions = fields.Nested(
HostExtensions,
description="All the data and metadata of this host.",
)
class RuleExtensions(base.BaseSchema):
"""Serializes the 'extensions' part of the Rule Domain Object.
Examples:
>>> ext = RuleExtensions()
>>> from cmk.gui.utils.script_helpers import application_and_request_context
>>> with application_and_request_context():
... ext.load({
... 'folder': '/',
... })
{'folder': Folder('', 'Main')}
>>> with application_and_request_context():
... rv = ext.load({
... 'folder': '/',
... 'conditions': {
... 'service_description': {'match_on': ['foo'],
... 'operator': 'none_of',},
... 'host_tag': [{'key': 'criticality', 'operator': 'is', 'value': 'prod'}],
... }
... })
... rv
{'folder': Folder('', 'Main'), \
'conditions': {\
'host_tag': {'criticality': 'prod'},\
'service_description': {'$nor': [{'$regex': 'foo'}]}\
}}
>>> ext.dump(rv)
{'folder': '/', 'conditions': {\
'host_tag': [{'key': 'criticality', 'operator': 'is', 'value': 'prod'}], \
'service_description': {'match_on': ['foo'], 'operator': 'none_of'}}}
"""
cast_to_dict = True
ruleset = fields.String(description="The name of the ruleset.")
folder = fields.FolderField(required=True, example="~router")
folder_index = fields.Integer(
description="The position of this rule in the chain in this folder.",
)
properties = fields.Nested(
RuleProperties,
description="Property values of this rule.",
example={},
)
value_raw = fields.PythonString(
description="The raw parameter value for this rule.",
example='{"ignore_fs_types": ["tmpfs"]}',
)
conditions = fields.Nested(
RuleConditions,
description="Conditions.",
)
class FolderSchema(Linkable):
domainType = fields.Constant("folder_config", description="The domain type of the object.")
id = fields.String(description="The full path of the folder, tilde-separated.")
title = fields.String(description="The human readable title for this folder.")
members = fields.Nested(
FolderMembers(),
description="Specific collections or actions applicable to this object.",
)
extensions = fields.Nested(
FolderExtensions(),
description="Data and Meta-Data of this object.",
)
class HostMembers(BaseSchema):
folder_config = fields.Nested(
FolderSchema(),
description="The folder in which this host resides. It is represented by a hexadecimal "
"identifier which is it's 'primary key'. The folder can be accessed via the "
"`self`-link provided in the links array.",
)
class ObjectCollectionMember(ObjectMemberBase):
memberType = fields.Constant("collection")
value = fields.List(fields.Nested(LinkSchema()))
name = fields.String(example="important_values")
title = fields.String(
description="A human readable title of this object. Can be used for "
"user interfaces.", )
class ActionResultObject(ActionResultBase):
result = fields.Nested(
Schema.from_dict(
{
"links": fields.List(
fields.Nested(LinkSchema),
required=True,
),
"value": fields.Dict(
required=True,
example={"duration": "5 seconds."},
),
},
name="ActionResultObjectValue",
),
description="The result of the action. In this case, an object.",
)
def openapi_field(self):
# FIXME: due to cyclical imports which, when fixed, expose even more cyclical imports.
from cmk.gui import fields
return fields.Nested(
fields.HostContactGroup,
description=self.help(),
)
class ActionResultScalar(ActionResultBase):
result = fields.Nested(
Schema.from_dict(
{
"links": fields.List(
fields.Nested(LinkSchema),
required=True,
),
"value": fields.String(
required=True,
example="Done.",
),
},
name="ActionResultScalarValue",
),
description="The scalar result of the action.",
)
class PasswordObject(DomainObject):
domainType = fields.Constant(
"password",
description="The type of the domain-object.",
)
extensions = fields.Nested(
PasswordExtension,
description="All the attributes of the domain object.",
)
def openapi_field(self) -> fields.Field:
return fields.Nested(
fields.NetworkScan,
description=(
"Configuration for automatic network scan. Pings will be"
"sent to each IP address in the configured ranges to check"
"if a host is up or down. Each found host will be added to"
"the folder by it's hostname (if possible) or IP address."),
)
class FolderCollection(DomainObjectCollection):
domainType = fields.Constant(
"folder_config",
description="The domain type of the objects in the collection.",
)
value = fields.List(
fields.Nested(FolderSchema()),
description="A list of folder objects.",
)
def openapi_field(self) -> fields.Field:
return fields.Nested(
fields.SNMPCredentials,
description=
("The SNMP access configuration. A configured SNMP v1/v2 community here "
"will have precedence over any configured SNMP community rule. For this "
"attribute to take effect, the attribute `tag_snmp_ds` needs to be set "
"first."),
)
class HostConfigCollection(DomainObjectCollection):
domainType = fields.Constant(
"host_config",
description="The domain type of the objects in the collection.",
)
value = fields.List(
fields.Nested(HostConfigSchema()),
description="A list of host objects.",
)
class RuleCollection(response_schemas.DomainObjectCollection):
domainType = fields.Constant(
"rule",
description="Domain type of this object.",
)
value: fields.Field = fields.Nested(
RuleObject,
description="The collection itself. Each entry in here is part of the collection.",
many=True,
)
class ActionResultObject(ActionResultBase):
result = fields.Nested(
Schema.from_dict(
{
'links':
fields.List(
fields.Nested(LinkSchema),
required=True,
),
'value':
fields.Dict(
required=True,
example={'duration': '5 seconds.'},
)
},
name='ActionResultObjectValue',
),
description="The result of the action. In this case, an object.",
)
class ConcreteTimePeriodException(BaseSchema):
date = fields.String(
example="2020-01-01",
format="date",
description="The date of the time period exception." "8601 profile",
)
time_ranges = fields.List(
fields.Nested(ConcreteTimeRange),
example="[{'start': '14:00', 'end': '18:00'}]",
)
class RulesetObject(response_schemas.DomainObject):
domainType = fields.Constant(
"ruleset",
description="Domain type of this object.",
example="ruleset",
)
extensions = fields.Nested(
RulesetExtensions,
description="Specific attributes related to rulesets.",
)
class Version(LinkSchema):
specVersion = fields.Str(
description=
('The "major.minor" parts of the version of the spec supported by this '
'implementation, e.g. "1.0"'),
required=False,
)
implVersion = fields.Str(
description=
("(optional) Version of the implementation itself (format is specific to "
"the implementation)"),
required=False,
)
additionalCapabilities = fields.Nested(VersionCapabilities)
class RuleObject(response_schemas.DomainObject):
"""The schema for sending data TO the API client.
For the schema responsible for receiving data, see `InputRuleObject`.
"""
domainType = fields.Constant(
"rule",
description="Domain type of this object.",
example="rule",
)
extensions = fields.Nested(
RuleExtensions,
description="Attributes specific to rule objects.",
)
class DomainObjectCollection(Linkable):
id = fields.String(
description="The name of this collection.",
load_default="all",
)
domainType: fields.Field = fields.String(
description="The domain type of the objects in the collection."
)
title = fields.String(
description="A human readable title of this object. Can be used for " "user interfaces.",
)
value: fields.Field = fields.Nested(
CollectionItem,
description="The collection itself. Each entry in here is part of the collection.",
many=True,
)
extensions = fields.Dict(description="Additional attributes alongside the collection.")
def openapi_field(self) -> fields.Field:
return fields.Nested(
fields.SNMPCredentials,
description="SNMP credentials",
allow_none=True,
)
class ConcreteTimeRangeActive(BaseSchema):
day = fields.String(
description="The day for which the time ranges are specified",
pattern=f"{'|'.join(weekday_ids())}",
)
time_ranges = fields.List(fields.Nested(ConcreteTimeRange))
class ObjectAction(Linkable):
parameters = fields.Nested(Parameter)
class HostConfigSchema(Linkable):
domainType = fields.Constant("host_config", required=True)
id = fields.String()
title = fields.String()
members = fields.Nested(HostMembers,
description="All the members of the host object.")
class SiteState(Linkable):
domainType = fields.Constant("site-state", required=True)
members = fields.Nested(SiteStateMembers,
description="All the members of the host object.")
def openapi_field(self) -> fields.Field:
return fields.Nested(
fields.IPMIParameters,
description="IPMI credentials",
required=False,
)
class Linkable(BaseSchema):
links = fields.List(
fields.Nested(LinkSchema),
required=True,
description="list of links to other resources.",
)