Documentation ¶
Overview ¶
Package pattern implements the patterns allowing to select the events to which a rule is applied.
Each file defines the pattern for certain type of values. For example, event.go defines the EventPattern that can be applied to events.
Index ¶
- type AlarmFields
- type AlarmPattern
- type AlarmPatternList
- type AlarmRegexMatches
- type AlarmStepFields
- type AlarmStepRefPattern
- type AlarmStepRegexMatches
- type AlarmTicketFields
- type AlarmTicketRefPattern
- type AlarmTicketRegexMatches
- type AlarmValueFields
- type AlarmValuePattern
- type AlarmValueRegexMatches
- type BoolPattern
- type EntityFields
- type EntityPattern
- type EntityPatternList
- type EntityRegexMatches
- type EventPattern
- type EventPatternList
- type EventRegexMatches
- type InfoFields
- type InfoPattern
- type InfoRegexMatches
- type IntegerConditions
- type IntegerPattern
- type IntegerRefPattern
- type InterfacePattern
- type RegexMatches
- type StringConditions
- type StringPattern
- type StringRefPattern
- type TimePattern
- type TimeRefPattern
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
This section is empty.
Types ¶
type AlarmFields ¶
type AlarmFields struct { ID StringPattern `bson:"_id"` Time TimePattern `bson:"t"` EntityID StringPattern `bson:"d"` Value AlarmValuePattern `bson:"v"` // When unmarshalling a BSON document, the fields of this document that are // not defined in this struct are added to UnexpectedFields. UnexpectedFields map[string]interface{} `bson:",inline"` }
AlarmFields is a type representing a pattern that can be applied to an alarm
func (AlarmFields) AsMongoQuery ¶
func (p AlarmFields) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the AlarmFields
type AlarmPattern ¶
type AlarmPattern struct { // ShouldNotBeNil is a boolean indicating that the alarm should not be nil, // and ShouldBeNil is a boolean indicating that the alarm should be nil. // The two booleans are needed to be able to make the difference between // the case where no alarm pattern was defined (in which case the alarm can // be nil or not), the case where a nil alarm pattern was defined (in which // case the alarm should be nil), and the case where a non-nil alarm // pattern was defined (in which case the alarm should not be nil). ShouldNotBeNil bool ShouldBeNil bool AlarmFields }
AlarmPattern is a type representing a pattern that can be applied to an alarm
func (AlarmPattern) AsMongoQuery ¶
func (p AlarmPattern) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the AlarmPattern
func (AlarmPattern) Matches ¶
func (p AlarmPattern) Matches(alarm *types.Alarm, matches *AlarmRegexMatches) bool
Matches returns true if an alarm is matched by a pattern. If the pattern contains regular expressions with sub-expressions, the values of the sub-expressions are written in the matches argument.
type AlarmPatternList ¶
type AlarmPatternList struct {
// contains filtered or unexported fields
}
AlarmPatternList is a type representing a list of alarm patterns. An alarm is matched by an AlarmPatternList if it is matched by one of its AlarmPatterns. The zero value of an AlarmPatternList (i.e. an AlarmPatternList that has not been set) is considered valid, and matches all alarms.
func (AlarmPatternList) AsMongoQuery ¶
func (l AlarmPatternList) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the AlarmPatternList
func (AlarmPatternList) IsSet ¶
func (l AlarmPatternList) IsSet() bool
IsSet returns true if the AlarmPatternList has been set explicitly.
func (AlarmPatternList) IsValid ¶
func (l AlarmPatternList) IsValid() bool
IsValid returns true if the AlarmPatternList is valid.
type AlarmRegexMatches ¶
type AlarmRegexMatches struct { ID RegexMatches EntityID RegexMatches Value AlarmValueRegexMatches }
AlarmRegexMatches is a type that contains the values of the sub-expressions of regular expressions for each of the fields of an Alarm that contain strings.
func NewAlarmRegexMatches ¶
func NewAlarmRegexMatches() AlarmRegexMatches
NewAlarmRegexMatches creates an AlarmValueRegexMatches, with the Value.Extra field initialized to an empty map.
type AlarmStepFields ¶
type AlarmStepFields struct { Type StringPattern `bson:"_t"` Timestamp TimePattern `bson:"t"` Author StringPattern `bson:"a"` Message StringPattern `bson:"m"` Value IntegerPattern `bson:"val"` // When unmarshalling a BSON document, the fields of this document that are // not defined in this struct are added to UnexpectedFields. UnexpectedFields map[string]interface{} `bson:",inline"` }
AlarmStepFields is a type representing a pattern that can be applied to an alarm step. The fields are not defined directly in the AlarmStepRefPattern struct to make the unmarshalling easier.
type AlarmStepRefPattern ¶
type AlarmStepRefPattern struct { // ShouldNotBeNil is a boolean indicating that the alarm step should not be // nil, and ShouldBeNil is a boolean indicating that the alarm step should // be nil. // The two booleans are needed to be able to make the difference between // the case where no pattern was defined (in which case the alarm step can // be nil or not), the case where a nil pattern was defined (in which case // the alarm step should be nil), and the case where a non-nil pattern was // defined (in which case the alarm step should not be nil). ShouldNotBeNil bool ShouldBeNil bool AlarmStepFields }
AlarmStepRefPattern is a type representing a pattern that can be applied to a reference to an alarm step.
func (AlarmStepRefPattern) AsMongoQuery ¶
func (p AlarmStepRefPattern) AsMongoQuery(prefix string, query bson.M)
AsMongoQuery returns a mongodb filter corresponding to the AlarmStepRefPattern.
func (AlarmStepRefPattern) Empty ¶
func (p AlarmStepRefPattern) Empty() bool
Empty returns true if the pattern has not been set
func (AlarmStepRefPattern) Matches ¶
func (p AlarmStepRefPattern) Matches(step *types.AlarmStep, matches *AlarmStepRegexMatches) bool
Matches returns true if an alarm step is matched by a pattern. If the pattern contains regular expressions with sub-expressions, the values of the sub-expressions are written in the matches argument.
type AlarmStepRegexMatches ¶
type AlarmStepRegexMatches struct { Type RegexMatches Author RegexMatches Message RegexMatches }
AlarmStepRegexMatches is a type that contains the values of the sub-expressions of regular expressions for each of the fields of an AlarmStep that contain strings.
type AlarmTicketFields ¶
type AlarmTicketFields struct { Type StringPattern `bson:"_t"` Timestamp TimePattern `bson:"t"` Author StringPattern `bson:"a"` Message StringPattern `bson:"m"` Value StringPattern `bson:"val"` // When unmarshalling a BSON document, the fields of this document that are // not defined in this struct are added to UnexpectedFields. UnexpectedFields map[string]interface{} `bson:",inline"` }
AlarmTicketFields is a type representing a pattern that can be applied to an alarm ticket step. The fields are not defined directly in the AlarmTicketRefPattern struct to make the unmarshalling easier.
type AlarmTicketRefPattern ¶
type AlarmTicketRefPattern struct { // ShouldNotBeNil is a boolean indicating that the alarm step should not be // nil, and ShouldBeNil is a boolean indicating that the alarm step should // be nil. // The two booleans are needed to be able to make the difference between // the case where no pattern was defined (in which case the alarm step can // be nil or not), the case where a nil pattern was defined (in which case // the alarm step should be nil), and the case where a non-nil pattern was // defined (in which case the alarm step should not be nil). ShouldNotBeNil bool ShouldBeNil bool AlarmTicketFields }
AlarmTicketRefPattern is a type representing a pattern that can be applied to a reference to an alarm ticket step.
func (AlarmTicketRefPattern) AsMongoQuery ¶
func (p AlarmTicketRefPattern) AsMongoQuery(prefix string, query bson.M)
AsMongoQuery returns a mongodb filter corresponding to the AlarmTicketRefPattern.
func (AlarmTicketRefPattern) Empty ¶
func (p AlarmTicketRefPattern) Empty() bool
Empty returns true if the pattern has not been set
func (AlarmTicketRefPattern) Matches ¶
func (p AlarmTicketRefPattern) Matches(step *types.AlarmTicket, matches *AlarmTicketRegexMatches) bool
Matches returns true if an alarm ticket step is matched by a pattern. If the pattern contains regular expressions with sub-expressions, the values of the sub-expressions are written in the matches argument.
type AlarmTicketRegexMatches ¶
type AlarmTicketRegexMatches struct { Type RegexMatches Author RegexMatches Message RegexMatches Value RegexMatches }
AlarmTicketRegexMatches is a type that contains the values of the sub-expressions of regular expressions for each of the fields of an AlarmTicket that contain strings.
type AlarmValueFields ¶
type AlarmValueFields struct { ACK AlarmStepRefPattern `bson:"ack,omitempty"` Canceled AlarmStepRefPattern `bson:"canceled,omitempty"` Done AlarmStepRefPattern `bson:"done,omitempty"` Snooze AlarmStepRefPattern `bson:"snooze,omitempty"` State AlarmStepRefPattern `bson:"state,omitempty"` Status AlarmStepRefPattern `bson:"status,omitempty"` Ticket AlarmTicketRefPattern `bson:"ticket,omitempty"` Component StringPattern `bson:"component"` Connector StringPattern `bson:"connector"` ConnectorName StringPattern `bson:"connector_name"` CreationDate TimePattern `bson:"creation_date"` DisplayName StringPattern `bson:"display_name"` Extra map[string]InterfacePattern `bson:"extra"` HardLimit IntegerRefPattern `bson:"hard_limit,omitempty"` InitialOutput StringPattern `bson:"initial_output"` Output StringPattern `bson:"output"` InitialLongOutput StringPattern `bson:"initial_long_output"` LongOutput StringPattern `bson:"long_output"` LastUpdateDate TimePattern `bson:"last_update_date"` LastEventDate TimePattern `bson:"last_event_date"` Resource StringPattern `bson:"resource,omitempty"` Resolved TimeRefPattern `bson:"resolved,omitempty"` StateChangesSinceStatusUpdate IntegerPattern `bson:"state_changes_since_status_update,omitempty"` TotalStateChanges IntegerPattern `bson:"total_state_changes,omitempty"` // When unmarshalling a BSON document, the fields of this document that are // not defined in this struct are added to UnexpectedFields. UnexpectedFields map[string]interface{} `bson:",inline"` }
AlarmValueFields is a type representing a pattern that can be applied to an alarm value. The fields are not defined directly in the AlarmValuePattern struct to make the unmarshalling easier.
func (AlarmValueFields) Empty ¶
func (p AlarmValueFields) Empty() bool
Empty returns true if the pattern has not been set
type AlarmValuePattern ¶
type AlarmValuePattern struct {
AlarmValueFields
}
AlarmValuePattern is a type representing a pattern that can be applied to an alarm value
func (AlarmValuePattern) AsMongoQuery ¶
func (p AlarmValuePattern) AsMongoQuery(prefix string, query bson.M)
AsMongoQuery returns a mongodb filter from the AlarmValuePattern
func (AlarmValuePattern) Matches ¶
func (p AlarmValuePattern) Matches(value types.AlarmValue, matches *AlarmValueRegexMatches) bool
Matches returns true if an alarm value is matched by a pattern. If the pattern contains regular expressions with sub-expressions, the values of the sub-expressions are written in the matches argument.
type AlarmValueRegexMatches ¶
type AlarmValueRegexMatches struct { ACK AlarmStepRegexMatches Canceled AlarmStepRegexMatches Done AlarmStepRegexMatches Snooze AlarmStepRegexMatches State AlarmStepRegexMatches Status AlarmStepRegexMatches Ticket AlarmTicketRegexMatches Component RegexMatches Connector RegexMatches ConnectorName RegexMatches DisplayName RegexMatches Extra map[string]RegexMatches InitialOutput RegexMatches Output RegexMatches InitialLongOutput RegexMatches LongOutput RegexMatches Resource RegexMatches }
AlarmValueRegexMatches is a type that contains the values of the sub-expressions of regular expressions for each of the fields of an AlarmValue that contain strings.
func NewAlarmValueRegexMatches ¶
func NewAlarmValueRegexMatches() AlarmValueRegexMatches
NewAlarmValueRegexMatches creates an AlarmValueRegexMatches, with the Extra field initialized to an empty map.
type BoolPattern ¶
type BoolPattern struct {
utils.OptionalBool
}
BoolPattern is a type representing a pattern that can be applied to the value of a field of an event that contains a boolean.
func (BoolPattern) AsMongoQuery ¶
func (p BoolPattern) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the BoolPattern
func (BoolPattern) Empty ¶
func (p BoolPattern) Empty() bool
Empty returns true if the condition has not been set.
func (BoolPattern) Matches ¶
func (p BoolPattern) Matches(value bool) bool
Matches returns true if the value is matched by the pattern.
type EntityFields ¶
type EntityFields struct { ID StringPattern `bson:"_id"` Name StringPattern `bson:"name"` Enabled BoolPattern `bson:"enabled"` Infos map[string]InfoPattern `bson:"infos"` Type StringPattern `bson:"type"` // When unmarshalling a BSON document, the fields of this document that are // not defined in this struct are added to UnexpectedFields. UnexpectedFields map[string]interface{} `bson:",inline"` }
EntityFields is a type representing a pattern that can be applied to an entity
func (EntityFields) AsMongoQuery ¶
func (e EntityFields) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the EntityFields
type EntityPattern ¶
type EntityPattern struct { // ShouldNotBeNil is a boolean indicating that the entity should not be // nil, and ShouldBeNil is a boolean indicating that the entity should be // nil. // The two booleans are needed to be able to make the difference between // the case where no entity pattern was defined (in which case the entity // can be nil or not), the case where a nil entity pattern was defined (in // which case the entity should be nil), and the case where a non-nil // entity pattern was defined (in which case the entity should not be nil). ShouldNotBeNil bool ShouldBeNil bool EntityFields }
EntityPattern is a type representing a pattern that can be applied to an entity
func (EntityPattern) AsMongoQuery ¶
func (e EntityPattern) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the EntityPattern
func (EntityPattern) Matches ¶
func (p EntityPattern) Matches(entity *types.Entity, matches *EntityRegexMatches) bool
Matches returns true if an entity is matched by a pattern. If the pattern contains regular expressions with sub-expressions, the values of the sub-expressions are written in the matches argument.
type EntityPatternList ¶
type EntityPatternList struct {
// contains filtered or unexported fields
}
EntityPatternList is a type representing a list of entity patterns. An entity is matched by an EntityPatternList if it is matched by one of its EntityPatterns. The zero value of an EntityPatternList (i.e. an EntityPatternList that has not been set) is considered valid, and matches all entities.
func (EntityPatternList) AsMongoQuery ¶
func (l EntityPatternList) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the EntityPatternList
func (EntityPatternList) IsSet ¶
func (l EntityPatternList) IsSet() bool
IsSet returns true if the EntityPatternList has been set explicitly.
func (EntityPatternList) IsValid ¶
func (l EntityPatternList) IsValid() bool
IsValid returns true if the EntityPatternList is valid.
type EntityRegexMatches ¶
type EntityRegexMatches struct { ID RegexMatches Name RegexMatches Infos map[string]InfoRegexMatches Type RegexMatches }
EntityRegexMatches is a type that contains the values of the sub-expressions of regular expressions for each of the fields of an Entity that contain strings.
func NewEntityRegexMatches ¶
func NewEntityRegexMatches() EntityRegexMatches
NewEntityRegexMatches creates an EntityRegexMatches, with the Infos field initialized to an empty map.
type EventPattern ¶
type EventPattern struct { ID StringRefPattern `bson:"_id"` Connector StringPattern `bson:"connector"` ConnectorName StringPattern `bson:"connector_name"` EventType StringPattern `bson:"event_type"` Component StringPattern `bson:"component"` Resource StringPattern `bson:"resource"` PerfData StringRefPattern `bson:"perf_data"` Status IntegerRefPattern `bson:"status"` Timestamp TimePattern `bson:"timestamp"` StateType IntegerRefPattern `bson:"state_type"` SourceType StringPattern `bson:"source_type"` LongOutput StringPattern `bson:"long_output"` State IntegerPattern `bson:"state"` Output StringPattern `bson:"output"` Entity EntityPattern `bson:"current_entity"` Author StringPattern `bson:"author"` RK StringPattern `bson:"routing_key"` AckResources BoolPattern `bson:"ack_resources"` Duration IntegerRefPattern `bson:"duration"` Ticket StringPattern `bson:"ticket"` StatName StringPattern `bson:"stat_name"` Debug BoolPattern `bson:"debug"` ExtraInfos map[string]InterfacePattern `bson:",inline"` }
EventPattern is a type representing a pattern that can be applied to an event
func (EventPattern) Matches ¶
func (p EventPattern) Matches(event types.Event, matches *EventRegexMatches) bool
Matches returns true if an event is matched by a pattern. If the pattern contains regular expressions with sub-expressions, the values of the sub-expressions are written in the matches argument.
type EventPatternList ¶
type EventPatternList struct {
// contains filtered or unexported fields
}
EventPatternList is a type representing a list of event patterns. An event is matched by an EventPatternList if it is matched by one of its EventPatterns. The zero value of an EventPatternList (i.e. an EventPatternList that has not been set) is considered valid, and matches all events.
func (EventPatternList) IsSet ¶
func (l EventPatternList) IsSet() bool
IsSet returns true if the EventPatternList has been set explicitly.
func (EventPatternList) IsValid ¶
func (l EventPatternList) IsValid() bool
IsValid returns true if the EventPatternList is valid.
type EventRegexMatches ¶
type EventRegexMatches struct { ID RegexMatches Connector RegexMatches ConnectorName RegexMatches EventType RegexMatches Component RegexMatches Resource RegexMatches PerfData RegexMatches SourceType RegexMatches LongOutput RegexMatches Output RegexMatches Entity EntityRegexMatches Author RegexMatches RK RegexMatches Ticket RegexMatches StatName RegexMatches ExtraInfos map[string]RegexMatches }
EventRegexMatches is a type that contains the values of the sub-expressions of regular expressions for each of the fields of an Event that contain strings.
func NewEventRegexMatches ¶
func NewEventRegexMatches() EventRegexMatches
NewEventRegexMatches creates an EventRegexMatches, with the Entity field initialized.
type InfoFields ¶
type InfoFields struct { Name StringPattern `bson:"name"` Description StringPattern `bson:"description"` Value StringPattern `bson:"value"` // When unmarshalling a BSON document, the fields of this document that are // not defined in this struct are added to UnexpectedFields. UnexpectedFields map[string]interface{} `bson:",inline"` }
InfoFields is a type representing a pattern that can be applied to a piece of information on an entity. The fields are not defined directly in the Info struct to make the unmarshalling easier.
type InfoPattern ¶
type InfoPattern struct { ShouldNotBeSet bool InfoFields }
InfoPattern is a type representing a pattern that can be applied to a piece of information on an entity.
func (InfoPattern) AsMongoQuery ¶
func (p InfoPattern) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the InfoPattern
func (InfoPattern) Matches ¶
func (p InfoPattern) Matches(info types.Info, isSet bool, matches *InfoRegexMatches) bool
Matches returns true if a piece of information is matched by a pattern. If the pattern contains regular expressions with sub-expressions, the values of the sub-expressions are written in the matches argument.
type InfoRegexMatches ¶
type InfoRegexMatches struct { Name RegexMatches Description RegexMatches Value RegexMatches }
InfoRegexMatches is a type that contains the values of the sub-expressions of regular expressions for each of the fields of an Info that contain strings.
type IntegerConditions ¶
type IntegerConditions struct { // If Equal is set, the value of a field has to be equal to the value of // Equal to be matched by the pattern. Equal utils.OptionalInt64 // If Gt is set, the value of a field has to be greater than the value // of Gt to be matched by the pattern. Gt utils.OptionalInt64 `bson:">,omitempty"` // If Gte is set, the value of a field has to be greater than the value // of Gte to be matched by the pattern. Gte utils.OptionalInt64 `bson:">=,omitempty"` // If Lt is set, the value of a field has to be greater than the value // of Lt to be matched by the pattern. Lt utils.OptionalInt64 `bson:"<,omitempty"` // If Lte is set, the value of a field has to be greater than the value // of Lte to be matched by the pattern. Lte utils.OptionalInt64 `bson:"<=,omitempty"` // When unmarshalling a BSON document, the fields of this document that are // not defined in this struct are added to UnexpectedFields. // UnexpectedFields should always be empty. UnexpectedFields map[string]interface{} `bson:",inline"` }
IntegerConditions is a struct representing a pattern that can be applied to the value of a integer field of an event. Each field of a IntegerConditions represents a condition that is applied if the value of this field is not nil. The fields are not defined directly in the IntegerPattern struct to make the unmarshalling easier.
func (IntegerConditions) AsMongoQuery ¶
func (p IntegerConditions) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the IntegerConditions
func (IntegerConditions) Empty ¶
func (p IntegerConditions) Empty() bool
Empty returns true if the none of the conditions have been set.
type IntegerPattern ¶
type IntegerPattern struct {
IntegerConditions
}
IntegerPattern is a type representing a pattern that can be applied to the value of a field of an event that contains an integer.
type IntegerRefPattern ¶
type IntegerRefPattern struct { // If EqualNil is true, the field should be nil or not be set to be matched // by the pattern. EqualNil bool IntegerPattern }
IntegerRefPattern is a type representing a pattern that can be applied to the value of a field of an event that contains a reference to an integer.
func (IntegerRefPattern) AsMongoQuery ¶
func (p IntegerRefPattern) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the IntegerRefPattern
func (IntegerRefPattern) Empty ¶
func (p IntegerRefPattern) Empty() bool
Empty returns true if the pattern has not been set
type InterfacePattern ¶
type InterfacePattern struct { // If EqualNil is true, the field should be nil or not be set to be matched // by the pattern. EqualNil bool IntegerConditions StringConditions }
InterfacePattern is a type representing a pattern that can be applied to the value of a field of an event that contains an interface{}. It only allows to define patterns on integers and strings.
func (*InterfacePattern) AsMongoQuery ¶
func (p *InterfacePattern) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the InterfacePattern
func (InterfacePattern) Matches ¶
func (p InterfacePattern) Matches(value interface{}, matches *RegexMatches) bool
Matches returns true if the value is matched by the pattern. If the pattern contains a regular expression with sub-expressions, the values of the sub-expressions are written in the matches argument.
type RegexMatches ¶
RegexMatches is a type that contains the values of the sub-expressions of a regular expression.
type StringConditions ¶
type StringConditions struct { // If Equal is set, the value of a field has to be equal to the value of // Equal to be matched by the pattern. Equal utils.OptionalString // If RegexMatch is set, the value of a field has to be matched by this // regular expression to be matched by the pattern. RegexMatch utils.OptionalRegexp `bson:"regex_match,omitempty"` // When unmarshalling a BSON document, the fields of this document that are // not defined in this struct are added to UnexpectedFields. // UnexpectedFields should always be empty. UnexpectedFields map[string]interface{} `bson:",inline"` }
StringConditions is a struct representing a pattern that can be applied to the value of a string field of an event. Each field of a StringConditions represents a condition that is applied if the value of this field is not nil. The fields are not defined directly in the StringPattern struct to make the unmarshalling easier.
func (StringConditions) AsMongoQuery ¶
func (p StringConditions) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the StringConditions
func (StringConditions) Empty ¶
func (p StringConditions) Empty() bool
Empty returns true if the none of the conditions have been set.
func (StringConditions) Matches ¶
func (p StringConditions) Matches(value string, matches *RegexMatches) bool
Matches returns true if the value satisfies each of the conditions defined in the StringConditions. If the pattern contains a regular expression with sub-expressions, the values of the sub-expressions are written in the matches argument.
type StringPattern ¶
type StringPattern struct {
StringConditions
}
StringPattern is a type representing a pattern that can be applied to the value of a field of an event that contains a string.
type StringRefPattern ¶
type StringRefPattern struct { // If EqualNil is true, the field should be nil or not be set to be matched // by the pattern. EqualNil bool StringPattern }
StringRefPattern is a type representing a pattern that can be applied to the value of a field of an event that contains a reference to a string.
func (StringRefPattern) AsMongoQuery ¶
func (p StringRefPattern) AsMongoQuery() bson.M
AsMongoQuery returns a mongodb filter from the StringRefPattern
func (StringRefPattern) Matches ¶
func (p StringRefPattern) Matches(value *string, matches *RegexMatches) bool
Matches returns true if the value is matched by the pattern. If the pattern contains a regular expression with sub-expressions, the values of the sub-expressions are written in the matches argument.
type TimePattern ¶
type TimePattern struct {
IntegerPattern
}
TimePattern is a type representing a pattern that can be applied to the value of a field of an event that contains a CpsTime.
type TimeRefPattern ¶
type TimeRefPattern struct {
IntegerRefPattern
}
TimeRefPattern is a type representing a pattern that can be applied to the value of a field of an event that contains a reference to a CpsTime.