incident.EscalationPathBeta

Example coming soon!

name string

The unique name of the resource.

args EscalationPathBetaArgs

The arguments to resource properties.

opts CustomResourceOptions

Bag of options to control resource's behavior.

resource_name str

The unique name of the resource.

args EscalationPathBetaArgs

The arguments to resource properties.

opts ResourceOptions

Bag of options to control resource's behavior.

ctx Context

Context object for the current deployment.

name string

The unique name of the resource.

args EscalationPathBetaArgs

The arguments to resource properties.

opts ResourceOption

Bag of options to control resource's behavior.

name string

The unique name of the resource.

args EscalationPathBetaArgs

The arguments to resource properties.

opts CustomResourceOptions

Bag of options to control resource's behavior.

name String

The unique name of the resource.

args EscalationPathBetaArgs

The arguments to resource properties.

options CustomResourceOptions

Bag of options to control resource's behavior.

Sequences Dictionary<string, EscalationPathBetaSequencesArgs>

Named sequences of nodes, keyed by a name you choose. Each sequence either ends with a branch node or runs off the end of the escalation path. Branches reference other sequences by key.

Start string

The key of the sequence this escalation path begins with.

Name string

The name of this escalation path, for the user's reference.

RepeatConfig EscalationPathBetaRepeatConfig

Controls if an escalation will repeat after acknowledgement, when the alert is unresolved. When configured, it will repeat after the specified delay.

TeamIds List<string>

IDs of the teams that own this escalation path. This will automatically sync escalation paths with the right teams in Catalog. If you have an escalation paths attribute on your Teams, this attribute is required.

WorkingHours List<EscalationPathBetaWorkingHour>

The working hours for this escalation path.

Sequences map[string]EscalationPathBetaSequencesArgs

Named sequences of nodes, keyed by a name you choose. Each sequence either ends with a branch node or runs off the end of the escalation path. Branches reference other sequences by key.

Start string

The key of the sequence this escalation path begins with.

Name string

The name of this escalation path, for the user's reference.

RepeatConfig EscalationPathBetaRepeatConfigArgs

Controls if an escalation will repeat after acknowledgement, when the alert is unresolved. When configured, it will repeat after the specified delay.

TeamIds []string

IDs of the teams that own this escalation path. This will automatically sync escalation paths with the right teams in Catalog. If you have an escalation paths attribute on your Teams, this attribute is required.

WorkingHours []EscalationPathBetaWorkingHourArgs

The working hours for this escalation path.

sequences map(object)

Named sequences of nodes, keyed by a name you choose. Each sequence either ends with a branch node or runs off the end of the escalation path. Branches reference other sequences by key.

start string

The key of the sequence this escalation path begins with.

name string

The name of this escalation path, for the user's reference.

repeat_config object

Controls if an escalation will repeat after acknowledgement, when the alert is unresolved. When configured, it will repeat after the specified delay.

team_ids list(string)

IDs of the teams that own this escalation path. This will automatically sync escalation paths with the right teams in Catalog. If you have an escalation paths attribute on your Teams, this attribute is required.

working_hours list(object)

The working hours for this escalation path.

sequences Map<String,EscalationPathBetaSequencesArgs>

Named sequences of nodes, keyed by a name you choose. Each sequence either ends with a branch node or runs off the end of the escalation path. Branches reference other sequences by key.

start String

The key of the sequence this escalation path begins with.

name String

The name of this escalation path, for the user's reference.

repeatConfig EscalationPathBetaRepeatConfig

Controls if an escalation will repeat after acknowledgement, when the alert is unresolved. When configured, it will repeat after the specified delay.

teamIds List<String>

IDs of the teams that own this escalation path. This will automatically sync escalation paths with the right teams in Catalog. If you have an escalation paths attribute on your Teams, this attribute is required.

workingHours List<EscalationPathBetaWorkingHour>

The working hours for this escalation path.

sequences {[key: string]: EscalationPathBetaSequencesArgs}

Named sequences of nodes, keyed by a name you choose. Each sequence either ends with a branch node or runs off the end of the escalation path. Branches reference other sequences by key.

start string

The key of the sequence this escalation path begins with.

name string

The name of this escalation path, for the user's reference.

repeatConfig EscalationPathBetaRepeatConfig

Controls if an escalation will repeat after acknowledgement, when the alert is unresolved. When configured, it will repeat after the specified delay.

teamIds string[]

IDs of the teams that own this escalation path. This will automatically sync escalation paths with the right teams in Catalog. If you have an escalation paths attribute on your Teams, this attribute is required.

workingHours EscalationPathBetaWorkingHour[]

The working hours for this escalation path.

sequences Mapping[str, EscalationPathBetaSequencesArgs]

Named sequences of nodes, keyed by a name you choose. Each sequence either ends with a branch node or runs off the end of the escalation path. Branches reference other sequences by key.

start str

The key of the sequence this escalation path begins with.

name str

The name of this escalation path, for the user's reference.

repeat_config EscalationPathBetaRepeatConfigArgs

Controls if an escalation will repeat after acknowledgement, when the alert is unresolved. When configured, it will repeat after the specified delay.

team_ids Sequence[str]

IDs of the teams that own this escalation path. This will automatically sync escalation paths with the right teams in Catalog. If you have an escalation paths attribute on your Teams, this attribute is required.

working_hours Sequence[EscalationPathBetaWorkingHourArgs]

The working hours for this escalation path.

sequences Map<Property Map>

Named sequences of nodes, keyed by a name you choose. Each sequence either ends with a branch node or runs off the end of the escalation path. Branches reference other sequences by key.

start String

The key of the sequence this escalation path begins with.

name String

The name of this escalation path, for the user's reference.

repeatConfig Property Map

Controls if an escalation will repeat after acknowledgement, when the alert is unresolved. When configured, it will repeat after the specified delay.

teamIds List<String>

IDs of the teams that own this escalation path. This will automatically sync escalation paths with the right teams in Catalog. If you have an escalation paths attribute on your Teams, this attribute is required.

workingHours List<Property Map>

The working hours for this escalation path.

Id string

The provider-assigned unique ID for this managed resource.

Id string

The provider-assigned unique ID for this managed resource.

id string

The provider-assigned unique ID for this managed resource.

id String

The provider-assigned unique ID for this managed resource.

id string

The provider-assigned unique ID for this managed resource.

id str

The provider-assigned unique ID for this managed resource.

id String

The provider-assigned unique ID for this managed resource.

name

The unique name of the resulting resource.

id

The unique provider ID of the resource to lookup.

state

Any extra arguments used during the lookup.

opts

A bag of options that control this resource's behavior.

resource_name

The unique name of the resulting resource.

id

The unique provider ID of the resource to lookup.

name

The unique name of the resulting resource.

id

The unique provider ID of the resource to lookup.

state

Any extra arguments used during the lookup.

opts

A bag of options that control this resource's behavior.

name

The unique name of the resulting resource.

id

The unique provider ID of the resource to lookup.

state

Any extra arguments used during the lookup.

opts

A bag of options that control this resource's behavior.

name

The unique name of the resulting resource.

id

The unique provider ID of the resource to lookup.

state

Any extra arguments used during the lookup.

opts

A bag of options that control this resource's behavior.

DelayRepeatOnActivity bool

When true, incident activity resets the repeat timer.

RepeatAfterSeconds double

Number of seconds we'll wait before repeating an escalation.

DelayRepeatOnActivity bool

When true, incident activity resets the repeat timer.

RepeatAfterSeconds float64

Number of seconds we'll wait before repeating an escalation.

delay_repeat_on_activity bool

When true, incident activity resets the repeat timer.

repeat_after_seconds number

Number of seconds we'll wait before repeating an escalation.

delayRepeatOnActivity Boolean

When true, incident activity resets the repeat timer.

repeatAfterSeconds Double

Number of seconds we'll wait before repeating an escalation.

delayRepeatOnActivity boolean

When true, incident activity resets the repeat timer.

repeatAfterSeconds number

Number of seconds we'll wait before repeating an escalation.

delay_repeat_on_activity bool

When true, incident activity resets the repeat timer.

repeat_after_seconds float

Number of seconds we'll wait before repeating an escalation.

delayRepeatOnActivity Boolean

When true, incident activity resets the repeat timer.

repeatAfterSeconds Number

Number of seconds we'll wait before repeating an escalation.

Nodes List<EscalationPathBetaSequencesNode>

The nodes in this sequence, in the order they run.

Nodes []EscalationPathBetaSequencesNode

The nodes in this sequence, in the order they run.

nodes list(object)

The nodes in this sequence, in the order they run.

nodes List<EscalationPathBetaSequencesNode>

The nodes in this sequence, in the order they run.

nodes EscalationPathBetaSequencesNode[]

The nodes in this sequence, in the order they run.

nodes Sequence[EscalationPathBetaSequencesNode]

The nodes in this sequence, in the order they run.

nodes List<Property Map>

The nodes in this sequence, in the order they run.

Branch EscalationPathBetaSequencesNodeBranch

Send the escalation down one of two sequences, depending on what if tests. A branch must be the last node in its sequence.

Delay EscalationPathBetaSequencesNodeDelay

EscalationPath EscalationPathBetaSequencesNodeEscalationPath

Reassign the escalation to another escalation path, continuing from that path's first node.

Id string

An id for this node, unique within the escalation path, so a loop can name it. Leave it unset unless something loops back here: we derive one from the node's position, which keeps it stable across applies.

Level EscalationPathBetaSequencesNodeLevel

Loop EscalationPathBetaSequencesNodeLoop

Go back to an earlier node and run from there again.

NotifyChannel EscalationPathBetaSequencesNodeNotifyChannel

Branch EscalationPathBetaSequencesNodeBranch

Send the escalation down one of two sequences, depending on what if tests. A branch must be the last node in its sequence.

Delay EscalationPathBetaSequencesNodeDelay

EscalationPath EscalationPathBetaSequencesNodeEscalationPath

Reassign the escalation to another escalation path, continuing from that path's first node.

Id string

An id for this node, unique within the escalation path, so a loop can name it. Leave it unset unless something loops back here: we derive one from the node's position, which keeps it stable across applies.

Level EscalationPathBetaSequencesNodeLevel

Loop EscalationPathBetaSequencesNodeLoop

Go back to an earlier node and run from there again.

NotifyChannel EscalationPathBetaSequencesNodeNotifyChannel

branch object

Send the escalation down one of two sequences, depending on what if tests. A branch must be the last node in its sequence.

delay object

escalation_path object

Reassign the escalation to another escalation path, continuing from that path's first node.

id string

An id for this node, unique within the escalation path, so a loop can name it. Leave it unset unless something loops back here: we derive one from the node's position, which keeps it stable across applies.

level object

loop object

Go back to an earlier node and run from there again.

notify_channel object

branch EscalationPathBetaSequencesNodeBranch

Send the escalation down one of two sequences, depending on what if tests. A branch must be the last node in its sequence.

delay EscalationPathBetaSequencesNodeDelay

escalationPath EscalationPathBetaSequencesNodeEscalationPath

Reassign the escalation to another escalation path, continuing from that path's first node.

id String

An id for this node, unique within the escalation path, so a loop can name it. Leave it unset unless something loops back here: we derive one from the node's position, which keeps it stable across applies.

level EscalationPathBetaSequencesNodeLevel

loop EscalationPathBetaSequencesNodeLoop

Go back to an earlier node and run from there again.

notifyChannel EscalationPathBetaSequencesNodeNotifyChannel

branch EscalationPathBetaSequencesNodeBranch

Send the escalation down one of two sequences, depending on what if tests. A branch must be the last node in its sequence.

delay EscalationPathBetaSequencesNodeDelay

escalationPath EscalationPathBetaSequencesNodeEscalationPath

Reassign the escalation to another escalation path, continuing from that path's first node.

id string

An id for this node, unique within the escalation path, so a loop can name it. Leave it unset unless something loops back here: we derive one from the node's position, which keeps it stable across applies.

level EscalationPathBetaSequencesNodeLevel

loop EscalationPathBetaSequencesNodeLoop

Go back to an earlier node and run from there again.

notifyChannel EscalationPathBetaSequencesNodeNotifyChannel

branch EscalationPathBetaSequencesNodeBranch

Send the escalation down one of two sequences, depending on what if tests. A branch must be the last node in its sequence.

delay EscalationPathBetaSequencesNodeDelay

escalation_path EscalationPathBetaSequencesNodeEscalationPath

Reassign the escalation to another escalation path, continuing from that path's first node.

id str

An id for this node, unique within the escalation path, so a loop can name it. Leave it unset unless something loops back here: we derive one from the node's position, which keeps it stable across applies.

level EscalationPathBetaSequencesNodeLevel

loop EscalationPathBetaSequencesNodeLoop

Go back to an earlier node and run from there again.

notify_channel EscalationPathBetaSequencesNodeNotifyChannel

branch Property Map

Send the escalation down one of two sequences, depending on what if tests. A branch must be the last node in its sequence.

delay Property Map

escalationPath Property Map

Reassign the escalation to another escalation path, continuing from that path's first node.

id String

An id for this node, unique within the escalation path, so a loop can name it. Leave it unset unless something loops back here: we derive one from the node's position, which keeps it stable across applies.

level Property Map

loop Property Map

Go back to an earlier node and run from there again.

notifyChannel Property Map

If EscalationPathBetaSequencesNodeBranchIf

What the branch tests. Set exactly one of these: a branch tests one thing, so combining them means nesting a second branch inside the first.

Then string

The key of the sequence to continue down when the condition is met.

Else string

The key of the sequence to continue down when the condition is not met. Leave unset to end the escalation path instead.

If EscalationPathBetaSequencesNodeBranchIf

What the branch tests. Set exactly one of these: a branch tests one thing, so combining them means nesting a second branch inside the first.

Then string

The key of the sequence to continue down when the condition is met.

Else string

The key of the sequence to continue down when the condition is not met. Leave unset to end the escalation path instead.

if object

What the branch tests. Set exactly one of these: a branch tests one thing, so combining them means nesting a second branch inside the first.

then string

The key of the sequence to continue down when the condition is met.

else string

The key of the sequence to continue down when the condition is not met. Leave unset to end the escalation path instead.

if_ EscalationPathBetaSequencesNodeBranchIf

What the branch tests. Set exactly one of these: a branch tests one thing, so combining them means nesting a second branch inside the first.

then String

The key of the sequence to continue down when the condition is met.

else_ String

The key of the sequence to continue down when the condition is not met. Leave unset to end the escalation path instead.

if EscalationPathBetaSequencesNodeBranchIf

What the branch tests. Set exactly one of these: a branch tests one thing, so combining them means nesting a second branch inside the first.

then string

The key of the sequence to continue down when the condition is met.

else string

The key of the sequence to continue down when the condition is not met. Leave unset to end the escalation path instead.

if_ EscalationPathBetaSequencesNodeBranchIf

What the branch tests. Set exactly one of these: a branch tests one thing, so combining them means nesting a second branch inside the first.

then str

The key of the sequence to continue down when the condition is met.

else_ str

The key of the sequence to continue down when the condition is not met. Leave unset to end the escalation path instead.

if Property Map

What the branch tests. Set exactly one of these: a branch tests one thing, so combining them means nesting a second branch inside the first.

then String

The key of the sequence to continue down when the condition is met.

else String

The key of the sequence to continue down when the condition is not met. Leave unset to end the escalation path instead.

PriorityOneOfs List<string>

Alert priority ids, met when the escalation came in at one of them.

WorkingHoursActive string

The id of one of this escalation path's working_hours, met while those hours are active.

PriorityOneOfs []string

Alert priority ids, met when the escalation came in at one of them.

WorkingHoursActive string

The id of one of this escalation path's working_hours, met while those hours are active.

priority_one_ofs list(string)

Alert priority ids, met when the escalation came in at one of them.

working_hours_active string

The id of one of this escalation path's working_hours, met while those hours are active.

priorityOneOfs List<String>

Alert priority ids, met when the escalation came in at one of them.

workingHoursActive String

The id of one of this escalation path's working_hours, met while those hours are active.

priorityOneOfs string[]

Alert priority ids, met when the escalation came in at one of them.

workingHoursActive string

The id of one of this escalation path's working_hours, met while those hours are active.

priority_one_ofs Sequence[str]

Alert priority ids, met when the escalation came in at one of them.

working_hours_active str

The id of one of this escalation path's working_hours, met while those hours are active.

priorityOneOfs List<String>

Alert priority ids, met when the escalation came in at one of them.

workingHoursActive String

The id of one of this escalation path's working_hours, met while those hours are active.

DelayIntervalCondition string

If the delay is relative to a time window, this defines whether we advance when the window is active or inactive. Possible values are: active, inactive.

DelaySeconds double

How long to delay before advancing to the next node in the path, in seconds

DelayWeekdayIntervalConfigId string

If the delay is relative to a time window, this identifies which window it is relative to

DelayIntervalCondition string

If the delay is relative to a time window, this defines whether we advance when the window is active or inactive. Possible values are: active, inactive.

DelaySeconds float64

How long to delay before advancing to the next node in the path, in seconds

DelayWeekdayIntervalConfigId string

If the delay is relative to a time window, this identifies which window it is relative to

delay_interval_condition string

If the delay is relative to a time window, this defines whether we advance when the window is active or inactive. Possible values are: active, inactive.

delay_seconds number

How long to delay before advancing to the next node in the path, in seconds

delay_weekday_interval_config_id string

If the delay is relative to a time window, this identifies which window it is relative to

delayIntervalCondition String

If the delay is relative to a time window, this defines whether we advance when the window is active or inactive. Possible values are: active, inactive.

delaySeconds Double

How long to delay before advancing to the next node in the path, in seconds

delayWeekdayIntervalConfigId String

If the delay is relative to a time window, this identifies which window it is relative to

delayIntervalCondition string

If the delay is relative to a time window, this defines whether we advance when the window is active or inactive. Possible values are: active, inactive.

delaySeconds number

How long to delay before advancing to the next node in the path, in seconds

delayWeekdayIntervalConfigId string

If the delay is relative to a time window, this identifies which window it is relative to

delay_interval_condition str

If the delay is relative to a time window, this defines whether we advance when the window is active or inactive. Possible values are: active, inactive.

delay_seconds float

How long to delay before advancing to the next node in the path, in seconds

delay_weekday_interval_config_id str

If the delay is relative to a time window, this identifies which window it is relative to

delayIntervalCondition String

If the delay is relative to a time window, this defines whether we advance when the window is active or inactive. Possible values are: active, inactive.

delaySeconds Number

How long to delay before advancing to the next node in the path, in seconds

delayWeekdayIntervalConfigId String

If the delay is relative to a time window, this identifies which window it is relative to

EscalationPathId string

The ID of the escalation path to reassign to

EscalationPathId string

The ID of the escalation path to reassign to

escalation_path_id string

The ID of the escalation path to reassign to

escalationPathId String

The ID of the escalation path to reassign to

escalationPathId string

The ID of the escalation path to reassign to

escalation_path_id str

The ID of the escalation path to reassign to

escalationPathId String

The ID of the escalation path to reassign to

Targets List<EscalationPathBetaSequencesNodeLevelTarget>

The targets (users or schedules) for this level

AckMode string

Controls the behaviour of acknowledgements for this level, with 'first' cancelling all other escalations on the same level when someone acks. Possible values are: all, first.

RetryConfig EscalationPathBetaSequencesNodeLevelRetryConfig

RoundRobinConfig EscalationPathBetaSequencesNodeLevelRoundRobinConfig

TimeToAckIntervalCondition string

If the time to ack is relative to a time window, this defines whether we move when the window is active or inactive. Possible values are: active, inactive.

TimeToAckSeconds double

How long should we wait for this level to acknowledge before proceeding to the next node in the path?

TimeToAckWeekdayIntervalConfigId string

If the time to ack is relative to a time window, this identifies which window it is relative to

Targets []EscalationPathBetaSequencesNodeLevelTarget

The targets (users or schedules) for this level

AckMode string

Controls the behaviour of acknowledgements for this level, with 'first' cancelling all other escalations on the same level when someone acks. Possible values are: all, first.

RetryConfig EscalationPathBetaSequencesNodeLevelRetryConfig

RoundRobinConfig EscalationPathBetaSequencesNodeLevelRoundRobinConfig

TimeToAckIntervalCondition string

If the time to ack is relative to a time window, this defines whether we move when the window is active or inactive. Possible values are: active, inactive.

TimeToAckSeconds float64

How long should we wait for this level to acknowledge before proceeding to the next node in the path?

TimeToAckWeekdayIntervalConfigId string

If the time to ack is relative to a time window, this identifies which window it is relative to

targets list(object)

The targets (users or schedules) for this level

ack_mode string

Controls the behaviour of acknowledgements for this level, with 'first' cancelling all other escalations on the same level when someone acks. Possible values are: all, first.

retry_config object

round_robin_config object

time_to_ack_interval_condition string

If the time to ack is relative to a time window, this defines whether we move when the window is active or inactive. Possible values are: active, inactive.

time_to_ack_seconds number

How long should we wait for this level to acknowledge before proceeding to the next node in the path?

time_to_ack_weekday_interval_config_id string

If the time to ack is relative to a time window, this identifies which window it is relative to

targets List<EscalationPathBetaSequencesNodeLevelTarget>

The targets (users or schedules) for this level

ackMode String

Controls the behaviour of acknowledgements for this level, with 'first' cancelling all other escalations on the same level when someone acks. Possible values are: all, first.

retryConfig EscalationPathBetaSequencesNodeLevelRetryConfig

roundRobinConfig EscalationPathBetaSequencesNodeLevelRoundRobinConfig

timeToAckIntervalCondition String

If the time to ack is relative to a time window, this defines whether we move when the window is active or inactive. Possible values are: active, inactive.

timeToAckSeconds Double

How long should we wait for this level to acknowledge before proceeding to the next node in the path?

timeToAckWeekdayIntervalConfigId String

If the time to ack is relative to a time window, this identifies which window it is relative to

targets EscalationPathBetaSequencesNodeLevelTarget[]

The targets (users or schedules) for this level

ackMode string

Controls the behaviour of acknowledgements for this level, with 'first' cancelling all other escalations on the same level when someone acks. Possible values are: all, first.

retryConfig EscalationPathBetaSequencesNodeLevelRetryConfig

roundRobinConfig EscalationPathBetaSequencesNodeLevelRoundRobinConfig

timeToAckIntervalCondition string

If the time to ack is relative to a time window, this defines whether we move when the window is active or inactive. Possible values are: active, inactive.

timeToAckSeconds number

How long should we wait for this level to acknowledge before proceeding to the next node in the path?

timeToAckWeekdayIntervalConfigId string

If the time to ack is relative to a time window, this identifies which window it is relative to

targets Sequence[EscalationPathBetaSequencesNodeLevelTarget]

The targets (users or schedules) for this level

ack_mode str

Controls the behaviour of acknowledgements for this level, with 'first' cancelling all other escalations on the same level when someone acks. Possible values are: all, first.

retry_config EscalationPathBetaSequencesNodeLevelRetryConfig

round_robin_config EscalationPathBetaSequencesNodeLevelRoundRobinConfig

time_to_ack_interval_condition str

If the time to ack is relative to a time window, this defines whether we move when the window is active or inactive. Possible values are: active, inactive.

time_to_ack_seconds float

How long should we wait for this level to acknowledge before proceeding to the next node in the path?

time_to_ack_weekday_interval_config_id str

If the time to ack is relative to a time window, this identifies which window it is relative to

targets List<Property Map>

The targets (users or schedules) for this level

ackMode String

Controls the behaviour of acknowledgements for this level, with 'first' cancelling all other escalations on the same level when someone acks. Possible values are: all, first.

retryConfig Property Map

roundRobinConfig Property Map

timeToAckIntervalCondition String

If the time to ack is relative to a time window, this defines whether we move when the window is active or inactive. Possible values are: active, inactive.

timeToAckSeconds Number

How long should we wait for this level to acknowledge before proceeding to the next node in the path?

timeToAckWeekdayIntervalConfigId String

If the time to ack is relative to a time window, this identifies which window it is relative to