OBJECT
Mutation

GraphQL Schema definition

type Mutation {
#   Change asset details. This mutation doesn't support reset of list-based values 
#   back to system chosen values.
#   e.g. to reset a user defined asset type to the value given it by the system one 
#   should use updateAssetWithRemove with type='_RemoveUserDefinedValue'
# 
# Arguments
#   name: null is no change to value
#   type: null is no change to value
#   location: null is no change to value
#   description: null is no change to value
#   customFields: null is no change to value
#   purdueLevel: null is no change to value
#   criticality: null is no change to value
#   id: [Not documented]
updateAsset(
name: String,
type: AssetType,
location: String,
description: String,
customFields: CustomFieldValue,
purdueLevel: PurdueLevel,
criticality: Criticality,
id: ID!
): Asset! @deprecated( reason: "Replaced with updateAssetWithRemove"  )
#   Change asset details (with the ability to reset list-based values back to system 
#   values)
#   moving the asset's ips to another segments is not supported by this mutation
#   to do that use 'setIpSegments' mutation
# 
# Arguments
#   name: null is no change to value
#   type: null is no change to value
#   location: null is no change to value
#   description: null is no change to value
#   customFields: null is no change to value
#   purdueLevel: null is no change to value
#   criticality: null is no change to value
#   id: [Not documented]
updateAssetWithRemove(
name: String,
type: UserDefinedAssetType,
location: String,
description: String,
customFields: CustomFieldValue,
purdueLevel: UserDefinedPurdueLevel,
criticality: UserDefinedCriticality,
id: ID!
): Asset! 
#   Change assets details. This mutation doesn't support reset of list-based values 
#   back to system chosen values.
#   e.g. to reset user defined assets types to the values given them by the system 
#   one should use bulkEditAssetsWithRemove with type='_RemoveUserDefinedValue'
# 
# Arguments
#   filter: [Not documented]
#   search: [Not documented]
#   sort: [Not documented]
#   slowCount: When requesting totalCount set this to true to wait 
#   for count query to complete.
#   Otherwise, countTimeout is used to limit the execution time, resulting in -1 
#   when limit is reached.
#   countTimeout: Time (in milliseconds) to wait for count query to 
#   return.
#   Only applicable when slowCount is not set.
#   name: null is no change to value
#   type: null is no change to value
#   location: null is no change to value
#   description: null is no change to value
#   customFields: null is no change to value
#   purdueLevel: null is no change to value
#   criticality: null is no change to value
#   segment: Segment's Id
bulkEditAssets(
filter: AssetExpressionsParams,
search: String,
sort: [AssetSortParams!],
slowCount: Boolean,
countTimeout: Int,
name: String,
type: AssetType,
location: String,
description: String,
customFields: CustomFieldValue,
purdueLevel: PurdueLevel,
criticality: Criticality,
segment: ID
): BulkOpAssetsResult! @deprecated( reason: "Replaced with bulkEditAssetsWithRemove"  )
#   Change assets details (with the ability to reset list-based values back to 
#   system values)
#   segment bulk edit is supported only for assets with one ip
# 
# Arguments
#   filter: [Not documented]
#   search: [Not documented]
#   sort: [Not documented]
#   slowCount: When requesting totalCount set this to true to wait 
#   for count query to complete.
#   Otherwise, countTimeout is used to limit the execution time, resulting in -1 
#   when limit is reached.
#   countTimeout: Time (in milliseconds) to wait for count query to 
#   return.
#   Only applicable when slowCount is not set.
#   name: null is no change to value
#   type: null is no change to value
#   location: null is no change to value
#   description: null is no change to value
#   customFields: null is no change to value
#   purdueLevel: null is no change to value
#   criticality: null is no change to value
#   segment: Segment's Id
bulkEditAssetsWithRemove(
filter: AssetExpressionsParams,
search: String,
sort: [AssetSortParams!],
slowCount: Boolean,
countTimeout: Int,
name: String,
type: UserDefinedAssetType,
location: String,
description: String,
customFields: CustomFieldValue,
purdueLevel: UserDefinedPurdueLevel,
criticality: UserDefinedCriticality,
segment: ID
): BulkOpAssetsResult! 
#   Hide assets
# 
# Arguments
#   filter: [Not documented]
#   search: [Not documented]
#   sort: [Not documented]
#   slowCount: When requesting totalCount set this to true to wait 
#   for count query to complete.
#   Otherwise, countTimeout is used to limit the execution time, resulting in -1 
#   when limit is reached.
#   countTimeout: Time (in milliseconds) to wait for count query to 
#   return.
#   Only applicable when slowCount is not set.
#   comment: [Not documented]
bulkHideAsset(
filter: AssetExpressionsParams,
search: String,
sort: [AssetSortParams!],
slowCount: Boolean,
countTimeout: Int,
comment: String
): BulkOpAssetsResult! 
#   Restore assets
# 
# Arguments
#   filter: [Not documented]
#   search: [Not documented]
#   sort: [Not documented]
#   slowCount: When requesting totalCount set this to true to wait 
#   for count query to complete.
#   Otherwise, countTimeout is used to limit the execution time, resulting in -1 
#   when limit is reached.
#   countTimeout: Time (in milliseconds) to wait for count query to 
#   return.
#   Only applicable when slowCount is not set.
bulkRestoreAsset(
filter: AssetExpressionsParams,
search: String,
sort: [AssetSortParams!],
slowCount: Boolean,
countTimeout: Int
): BulkOpAssetsResult 
#   Hides an asset
# 
# Arguments
#   id: [Not documented]
#   comment: [Not documented]
hideAsset(id: ID!, comment: String): HiddenAsset! 
#   Restores a hidden asset
# 
# Arguments
#   id: [Not documented]
restoreAsset(id: ID!): Asset! 
#   Generate attack vector for asset
# 
# Arguments
#   dstAsset: [Not documented]
#   constraints: [Not documented]
generateAttackVector(
dstAsset: ID!,
constraints: AttackVectorLimitationsParams!
): Job! 
#   Rename backplane
# 
# Arguments
#   id: [Not documented]
#   name: [Not documented]
renameBackplane(id: ID!, name: String!): Backplane! 
#   Resolve unresolved event
# 
# Arguments
#   id: [Not documented]
#   comment: [Not documented]
resolveEvent(id: ID!, comment: String): Event! 
#   Resolve unresolved events with filter
# 
# Arguments
#   filter: [Not documented]
#   search: [Not documented]
#   sort: [Not documented]
#   slowCount: When requesting totalCount set this to true to wait 
#   for count query to complete.
#   Otherwise, countTimeout is used to limit the execution time, resulting in -1 
#   when limit is reached.
#   countTimeout: Time (in milliseconds) to wait for count query to 
#   return.
#   Only applicable when slowCount is not set.
#   comment: [Not documented]
resolveEvents(
filter: EventsExpressionsParams,
search: String,
sort: [EventsSortParams!],
slowCount: Boolean,
countTimeout: Int,
comment: String
): ResolveEventsResponse! 
#   Create capture for event
# 
# Arguments
#   id: [Not documented]
createEventCapture(id: ID!): Job! 
#   ReAct on an event
# 
# Arguments
#   eventId: [Not documented]
#   actionId: [Not documented]
reActOnEvent(eventId: ID!, actionId: ID!): Job! 
#   set base revision
# 
# Arguments
#   asset: ID of the asset whose snapshot we want to set base
#   revision: Base revision
setBase(asset: ID!, revision: ID!): Revision! 
#   Create or edit tag properties
# 
# Arguments
#   assetId: The asset id of the tag that is modified
#   abbAc800Tag: [Not documented]
setTag(assetId: ID!, abbAc800Tag: AbbAc800FullTagParams): AssetTags! 
#   Delete an existing tag
# 
# Arguments
#   assetId: The asset id of the tag that is modified
#   abbAc800Tag: [Not documented]
removeTag(assetId: ID!, abbAc800Tag: AbbAc800BaseTagParams): AssetTags! 
#   Set tag group
# 
# Arguments
#   id: ID
#   name: the group name
#   items: The list of tags in this group
#   tagType: The type of the group
setTagGroup(
id: ID!,
name: String!,
items: [TagGroupItemParams!]!,
tagType: TagType!
): TagGroup! 
#   Archive tag group
# 
# Arguments
#   id: [Not documented]
archiveTagGroup(id: ID!): TagGroup! 
#   Create a new tag group
# 
# Arguments
#   name: the group name
#   items: The list of tags in this group
#   tagType: The type of the group
newTagGroup(
name: String!,
items: [TagGroupItemParams!]!,
tagType: TagType!
): TagGroup! 
#   New Tag Value policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   event: Event type
#   schedule: Schedule Group
#   tagGroup: Tag group
#   min: min of value group
#   max: max of value group
#   any: Any value
newTagValuePolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
event: TagPolicyEvent!,
schedule: Group!,
tagGroup: Group!,
min: String,
max: String,
any: Boolean
): Policy! 
#   Update Tag Value policy
# 
# Arguments
#   id: ID
#   valueGroup: Value Group
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   event: Event type
#   schedule: Schedule Group
#   tagGroup: Tag group
#   min: min of value group
#   max: max of value group
#   any: Any value
setTagValuePolicy(
id: ID!,
valueGroup: Group!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
event: TagPolicyEvent!,
schedule: Group!,
tagGroup: Group!,
min: String,
max: String,
any: Boolean
): Policy! 
#   Set the system time, this will result in a system restart
# 
# Arguments
#   time: Time in RFC3339
#   location: System location as defined in TZData
setSystemTime(time: String, location: String): SystemInfo! 
#   Add user
# 
# Arguments
#   fullName: [Not documented]
#   userName: [Not documented]
#   groups: [Not documented]
#   password: [Not documented]
addUser(fullName: String!, userName: String!, groups: [ID!]!, password: String!): User! 
#   Change user details
# 
# Arguments
#   userName: The username that performs the operation
#   fullName: Requested full user name
setUserInfo(userName: String, fullName: String): User! 
#   Change the logged-in (your own) user's password (only for local users)
# 
# Arguments
#   newPassword: New Password
#   password: Current password
#   userName: The username that performs the operation
setPassword(newPassword: String, password: String, userName: String): User! 
#   Set user's groups
# 
# Arguments
#   userName: The username to set the group for
#   newGroups: [Not documented]
setUserGroups(userName: String, newGroups: [ID!]!): User! 
#   Deletes the user
# 
# Arguments
#   userName: [Not documented]
deleteUser(userName: String!): User! 
#   Sets password of another user (admin only), to reset the logged-in user, use 
#   'setPassword'
# 
# Arguments
#   password: New Password
#   userName: The username to set password for
setUserPassword(password: String!, userName: String!): User! 
#   Set ips segment
# 
# Arguments
#   assetId: Asset Id
#   ipSegments: Ip segments list
setIpSegments(assetId: ID!, ipSegments: [IpSegmentArgs!]!): [IpSegment!]! 
#   Set an asset group
# 
# Arguments
#   id: ID
#   name: The group name
#   type: The group type
#   assetsIds: The list of asset IDs in this group
#   ips: The list of IPs in this group
#   startIp: The starting IP for the range
#   endIp: The ending IP for the range
#   assetType: The asset type to match. leave empty to any asset 
#   type
#   family: The family to match. leave empty to any family
#   vlan: The VLAN of the segment
#   description: The segment description
setAssetGroup(
id: ID!,
name: String!,
type: AssetGroupType!,
assetsIds: [ID!],
ips: [String!],
startIp: String,
endIp: String,
assetType: AssetType,
family: String,
vlan: String,
description: String
): AssetGroup! 
#   Create a new asset group
# 
# Arguments
#   name: The group name
#   type: The group type
#   assetsIds: The list of asset IDs in this group
#   ips: The list of IPs in this group
#   startIp: The starting IP for the range
#   endIp: The ending IP for the range
#   assetType: The asset type to match. leave empty to any asset 
#   type
#   family: The family to match. leave empty to any family
#   vlan: The VLAN of the segment
#   description: The segment description
newAssetGroup(
name: String!,
type: AssetGroupType!,
assetsIds: [ID!],
ips: [String!],
startIp: String,
endIp: String,
assetType: AssetType,
family: String,
vlan: String,
description: String
): AssetGroup! 
#   Archive an asset Group
# 
# Arguments
#   id: [Not documented]
archiveAssetGroup(id: ID!): AssetGroup! 
#   Set a schedule group
# 
# Arguments
#   id: ID
#   name: The group name
#   type: The group type
#   start: The start time of the interval
#   end: The end time of the interval
#   schedules: The intervals list
setScheduleGroup(
id: ID!,
name: String!,
type: String!,
start: Time,
end: Time,
schedules: [TypedIntervalParams!]
): ScheduleGroup! 
#   Create a new schedule group
# 
# Arguments
#   name: The group name
#   type: The group type
#   start: The start time of the interval
#   end: The end time of the interval
#   schedules: The intervals list
newScheduleGroup(
name: String!,
type: String!,
start: Time,
end: Time,
schedules: [TypedIntervalParams!]
): ScheduleGroup! 
#   Archive a schedule group
# 
# Arguments
#   id: [Not documented]
archiveScheduleGroup(id: ID!): ScheduleGroup! 
#   Set rule group
# 
# Arguments
#   id: ID
#   name: the group name
#   items: The list of rules in this group
setRuleGroup(id: ID!, name: String!, items: [Float!]!): RuleGroup! 
#   Create a new rule group
# 
# Arguments
#   name: the group name
#   items: The list of rules in this group
newRuleGroup(name: String!, items: [Float!]!): RuleGroup! 
#   Archive a rule group
# 
# Arguments
#   id: [Not documented]
archiveRuleGroup(id: ID!): RuleGroup! 
#   Set protocol list group
# 
# Arguments
#   id: ID
#   name: the group name
#   items: The list of protocols in this group
setProtocolList(
id: ID!,
name: String!,
items: [ProtocolListItemParams!]!
): ProtocolGroup! 
#   Create a new protocol group
# 
# Arguments
#   name: the group name
#   items: The list of protocols in this group
newProtocolList(name: String!, items: [ProtocolListItemParams!]!): ProtocolGroup! 
#   Archive a protocol group
# 
# Arguments
#   id: [Not documented]
archiveProtocolList(id: ID!): ProtocolGroup! 
#   Set port list group
# 
# Arguments
#   id: ID
#   name: the group name
#   items: The list of ports in this group
setPortList(id: ID!, name: String!, items: [PortListItemParams!]!): PortGroup! 
#   Create a new port group
# 
# Arguments
#   name: the group name
#   items: The list of ports in this group
newPortList(name: String!, items: [PortListItemParams!]!): PortGroup! 
#   Archive a port group
# 
# Arguments
#   id: [Not documented]
archivePortList(id: ID!): PortGroup! 
#   Set Smtp server
# 
# Arguments
#   name: Name
#   smtpServer: smtp server address
#   smtpUser: smtp user on the server
#   smtpPort: Port of smtp server
#   password: Password for smtp server
#   sender: sender email address
newSmtpServer(
name: String!,
smtpServer: String!,
smtpUser: String!,
smtpPort: Int!,
password: String,
sender: String!
): SMTPServer! 
#   Update SMTP server
# 
# Arguments
#   id: ID
#   name: Name
#   smtpServer: smtp server address
#   smtpUser: smtp user on the server
#   smtpPort: Port of smtp server
#   password: Password for smtp server
#   sender: sender email address
setSmtpServer(
id: ID!,
name: String!,
smtpServer: String!,
smtpUser: String!,
smtpPort: Int!,
password: String,
sender: String!
): SMTPServer! 
#   Archive SMTP server
# 
# Arguments
#   id: [Not documented]
archiveSmtpServer(id: ID!): SMTPServer! 
#   Test an existing SMTP server
# 
# Arguments
#   id: ID
#   recipient: Recipient
testSmtpServer(id: ID!, recipient: String!): Job! 
#   Test ad hoc SMTP server
# 
# Arguments
#   name: Name
#   password: Password for smtp server
#   smtpServer: smtp server address
#   smtpUser: smtp user on the server
#   smtpPort: Port of smtp server
#   sender: sender email address
#   recipient: sender email address
testAdHocSmtpServer(
name: String!,
password: String,
smtpServer: String!,
smtpUser: String!,
smtpPort: Int!,
sender: String!,
recipient: String!
): Job! 
#   Create FortiGate server
# 
# Arguments
#   name: Name of FortiGate server
#   apiKey: API key of FortiGate server
#   address: Address of FortiGate server, including http/s and port 
#   if needed
#   enablePolicy: Whether or not to enable the new policy on 
#   FortiGate
newFortiGateServer(
name: String!,
apiKey: String!,
address: String!,
enablePolicy: Boolean!
): FortiGateServer! 
#   Update FortiGate server
# 
# Arguments
#   id: ID
#   name: Name of FortiGate server
#   apiKey: API key of FortiGate server
#   address: Address of FortiGate server, including http/s and port 
#   if needed
#   enablePolicy: Whether or not to enable the new policy on 
#   FortiGate
setFortiGateServer(
id: ID!,
name: String!,
apiKey: String,
address: String!,
enablePolicy: Boolean!
): FortiGateServer! 
#   Archive FortiGate server
# 
# Arguments
#   id: [Not documented]
archiveFortiGateServer(id: ID!): FortiGateServer! 
#   Test an existing FortiGate server
# 
# Arguments
#   id: [Not documented]
testFortiGateServer(id: ID!): Job! 
#   Test ad hoc FortiGate server
# 
# Arguments
#   name: Name of FortiGate server
#   apiKey: API key of FortiGate server
#   address: Address of FortiGate server, including http/s and port 
#   if needed
testAdHocFortiGateServer(
name: String!,
apiKey: String!,
address: String!
): Job! 
#   New Palo Alto server
# 
# Arguments
#   hostname: Hostname
#   username: Username
#   password: Password
newPaloAltoServer(
hostname: String!,
username: String!,
password: String!
): PaloAltoServer! 
#   Update Palo Alto server
# 
# Arguments
#   id: ID
#   hostname: Hostname
#   username: Username
#   password: Password
setPaloAltoServer(
id: ID!,
hostname: String!,
username: String!,
password: String!
): PaloAltoServer! 
#   Delete Palo Alto server
# 
# Arguments
#   id: [Not documented]
deletePaloAltoServer(id: ID!): PaloAltoServer! 
#   New Aruba server
# 
# Arguments
#   hostname: Hostname
#   username: Username
#   password: Password
#   client: API client
#   clientSecret: API client secret
newArubaServer(
hostname: String!,
username: String!,
password: String!,
client: String!,
clientSecret: String!
): ArubaServer! 
#   Update Aruba server
# 
# Arguments
#   id: ID
#   hostname: Hostname
#   username: Username
#   password: Password
#   client: API client
#   clientSecret: API client secret
setArubaServer(
id: ID!,
hostname: String!,
username: String!,
password: String!,
client: String!,
clientSecret: String!
): ArubaServer! 
#   Delete Aruba server
# 
# Arguments
#   id: [Not documented]
deleteArubaServer(id: ID!): ArubaServer! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   dstAssetGroup: Destination Asset Group
#   event: Event type
#   schedule: Schedule Group
#   snapshot: Should take snapshot
newActivityPolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
dstAssetGroup: [[Group!]!]!,
event: ActivityPolicyEvent!,
schedule: Group!,
snapshot: Boolean!
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   dstAssetGroup: Destination Asset Group
#   event: Event type
#   schedule: Schedule Group
#   snapshot: Should take snapshot
setActivityPolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
dstAssetGroup: [[Group!]!]!,
event: ActivityPolicyEvent!,
schedule: Group!,
snapshot: Boolean!
): Policy! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   event: Event type
#   schedule: Schedule Group
newAssetPolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
event: AssetPolicyEvent!,
schedule: Group!
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   event: Event type
#   schedule: Schedule Group
setAssetPolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
event: AssetPolicyEvent!,
schedule: Group!
): Policy! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   dstAssetGroup: Destination Asset Group
#   event: Event type
#   schedule: Schedule Group
#   protocolGroup: Protocol Group
#   snapshot: Should take snapshot
newProtocolPolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
dstAssetGroup: [[Group!]!]!,
event: ProtocolPolicyEvent!,
schedule: Group!,
protocolGroup: Group!,
snapshot: Boolean
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   dstAssetGroup: Destination Asset Group
#   event: Event type
#   schedule: Schedule Group
#   protocolGroup: Protocol Group
#   snapshot: Should take snapshot
setProtocolPolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
dstAssetGroup: [[Group!]!]!,
event: ProtocolPolicyEvent!,
schedule: Group!,
protocolGroup: Group!,
snapshot: Boolean
): Policy! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   event: Event type
#   portGroup: Port Group
newPortPolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
event: PortPolicyEvent!,
portGroup: Group!
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   event: Event type
#   portGroup: Port Group
setPortPolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
event: PortPolicyEvent!,
portGroup: Group!
): Policy! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   dstAssetGroup: Destination Asset Group
#   event: Event type
#   schedule: Schedule Group
newIDSSrcDstPolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
dstAssetGroup: [[Group!]!]!,
event: IDSSrcDstEvent!,
schedule: Group!
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   srcAssetGroup: Source Asset Group
#   dstAssetGroup: Destination Asset Group
#   event: Event type
#   schedule: Schedule Group
setIDSSrcDstPolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
srcAssetGroup: [[Group!]!]!,
dstAssetGroup: [[Group!]!]!,
event: IDSSrcDstEvent!,
schedule: Group!
): Policy! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   event: Event type
#   schedule: Schedule Group
newIDSGeneralPolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
event: IDSGeneralNewEvent!,
schedule: Group!
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   event: Event type
#   schedule: Schedule Group
setIDSGeneralPolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
event: IDSGeneralNewEvent!,
schedule: Group!
): Policy! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   event: Event type
#   schedule: Schedule Group
#   params: Extra Params
newSpikePolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
event: SpikeEvent!,
schedule: Group!,
params: SpikeDefParam!
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   event: Event type
#   schedule: Schedule Group
#   params: Extra Params
setSpikePolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
event: SpikeEvent!,
schedule: Group!,
params: SpikeDefParam!
): Policy! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   event: Event type
#   schedule: Schedule Group
#   srcAssetGroup: Source Asset Group
#   params: Extra Params
newRediscoveredAssetPolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
event: RediscoveredAssetEvent!,
schedule: Group!,
srcAssetGroup: [[Group!]!]!,
params: RediscoveredAssetParams!
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   event: Event type
#   schedule: Schedule Group
#   srcAssetGroup: Source Asset Group
#   params: Extra Params
setRediscoveredAssetPolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
event: RediscoveredAssetEvent!,
schedule: Group!,
srcAssetGroup: [[Group!]!]!,
params: RediscoveredAssetParams!
): Policy! 
#   New Policy
# 
# Arguments
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   event: Event type
#   srcAssetGroup: Source Asset Group
#   dstAssetGroup: Destination Asset Group
#   ruleGroup: Rule Group
#   schedule: Schedule Group
newIntrusionPolicy(
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
event: IntrusionPolicyEvent!,
srcAssetGroup: [[Group!]!]!,
dstAssetGroup: [[Group!]!]!,
ruleGroup: Group!,
schedule: Group!
): Policy! 
#   Update Policy
# 
# Arguments
#   id: ID
#   title: Title
#   level: Level of policy
#   disableAfterHit: Should the policy be disabled after first hit
#   continuous: Indicates if the policy hits on continuous events
#   actions: Actions for policy
#   event: Event type
#   srcAssetGroup: Source Asset Group
#   dstAssetGroup: Destination Asset Group
#   ruleGroup: Rule Group
#   schedule: Schedule Group
setIntrusionPolicy(
id: ID!,
title: String!,
level: PolicyLevel!,
disableAfterHit: Boolean,
continuous: Boolean,
actions: [ActionParams!]!,
event: IntrusionPolicyEvent!,
srcAssetGroup: [[Group!]!]!,
dstAssetGroup: [[Group!]!]!,
ruleGroup: Group!,
schedule: Group!
): Policy! 
#   Archive a policy
# 
# Arguments
#   id: [Not documented]
archivePolicy(id: ID!): Policy! 
#   Disable a policy
# 
# Arguments
#   id: [Not documented]
disablePolicy(id: ID!): Policy! 
#   Enable a policy
# 
# Arguments
#   id: [Not documented]
enablePolicy(id: ID!): Policy! 
#   Enable bulk of policies
# 
# Arguments
#   ids: [Not documented]
enablePolicies(ids: [ID!]!): [Policy!]! 
#   Disable bulk of policies
# 
# Arguments
#   ids: [Not documented]
disablePolicies(ids: [ID!]!): [Policy!]! 
#   Archive a bulk of policies
# 
# Arguments
#   ids: [Not documented]
archivePolicies(ids: [ID!]!): [Policy!]! 
#   Edit bulk of policies
# 
# Arguments
#   ids: Policy IDs
#   level: New policies level
#   syslogActions: List of syslog servers IDs, use empty list to 
#   delete all actions. null to ignore field
#   emailActions: List of email groups IDs, use empty list to 
#   delete all actions. null to ignore field
editPolicies(
ids: [ID!]!,
level: PolicyLevel,
syslogActions: [ID!],
emailActions: [ID!]
): [Policy!]! 
#   New email group
# 
# Arguments
#   name: Name
#   server: Server ID
#   recipients: Recipients
newEmailGroup(name: String!, server: ID!, recipients: [String!]!): EmailGroup! 
#   Update email group
# 
# Arguments
#   id: ID
#   name: Name
#   server: Server ID
#   recipients: Recipients
setEmailGroup(id: ID!, name: String!, server: ID!, recipients: [String!]!): EmailGroup! 
#   Archive a email group
# 
# Arguments
#   id: [Not documented]
archiveEmailGroup(id: ID!): EmailGroup! 
#   Stop ongoing captures
stopOngoingCaptures: Job! 
#   Play the specified pcaps
# 
# Arguments
#   ids: List of file ids to play
#   speed: The play speed (multiplication)
playPcaps(ids: [String!]!, speed: Int): Job! 
#   Delete a pcap file from the pcap player repository
# 
# Arguments
#   id: [Not documented]
deletePcap(id: ID!): PcapPlayerFileDetails! 
#   add a custom field
# 
# Arguments
#   userDefinedName: [Not documented]
#   valueType: [Not documented]
addCustomField(
userDefinedName: String!,
valueType: CustomFieldValueType!
): CustomField! 
#   update a custom field
# 
# Arguments
#   fieldId: [Not documented]
#   userDefinedName: [Not documented]
#   valueType: [Not documented]
updateCustomField(
fieldId: String!,
userDefinedName: String!,
valueType: CustomFieldValueType!
): CustomField! 
#   remove a custom field
# 
# Arguments
#   fieldId: [Not documented]
deleteCustomField(fieldId: String!): CustomField! 
#   set the baseline: links since a given time
# 
# Arguments
#   from: [Not documented]
refreshBaseline(from: Time): Baseline! 
#   delete the baseline
deleteBaseline: Baseline! 
#   Trigger an online nessus plugin set update
updateNessusPluginSet: Job! 
#   Trigger an online Suricata rule set update
updateSuricataRuleSet: UpdateResult! 
#   Trigger an online dfe update
updateDfe: DfeInfo! 
#   Add EM pairing API key configuration and start pairing
# 
# Arguments
#   emAddress: EM Hostname/IP
#   certificateFingerprint: Optional certificate fingerprint for 
#   validation with EM certificate
#   apiKey: Pairing EM API key (null to keep existing api key)
setIcpEmPairingApiKeyConfiguration(
emAddress: String!,
certificateFingerprint: String,
apiKey: String
): IcpEmPairingStatusInfo! 
#   Add EM pairing credentials configuration and start pairing
# 
# Arguments
#   emAddress: EM Hostname/IP
#   certificateFingerprint: Optional certificate fingerprint for 
#   validation with EM certificate
#   username: Pairing EM username
#   password: Pairing EM password (null to keep existing password)
setIcpEmPairingCredentialsConfiguration(
emAddress: String!,
certificateFingerprint: String,
username: String!,
password: String
): IcpEmPairingStatusInfo! 
#   Delete EM pairing configuration and stop pairing/tunnel
deleteIcpEmPairing: IcpEmPairingStatusInfo! 
#   Approve EM pairing certificate manually
approveIcpEmPairingCertificate: IcpEmPairingStatusInfo! 
#   Create an exclusion for Intrusion Detection event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   sid: suricata's SID
#   srcAssets: The list of src assets IDs
#   srcIp: [Not documented]
#   dstAssets: The list of dst assets IDs
#   dstIp: [Not documented]
newIntrusionDetectionExclusion(
policyId: ID!,
comment: String,
sid: Float,
srcAssets: [ID!],
srcIp: String,
dstAssets: [ID!],
dstIp: String
): Exclusion! 
#   Create an exclusion for Activity event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   srcAssets: The list of src assets IDs
#   srcIp: [Not documented]
#   dstAssets: The list of dst assets IDs
#   dstIp: [Not documented]
newActivityExclusion(
policyId: ID!,
comment: String,
srcAssets: [ID!],
srcIp: String,
dstAssets: [ID!],
dstIp: String
): Exclusion! 
#   Create an exclusion for Conversation event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   srcAssets: The list of src assets IDs
#   srcIp: [Not documented]
#   dstAssets: The list of dst assets IDs
#   dstIp: [Not documented]
#   protocol: [Not documented]
#   port: [Not documented]
newConversationExclusion(
policyId: ID!,
comment: String,
srcAssets: [ID!],
srcIp: String,
dstAssets: [ID!],
dstIp: String,
protocol: ProtocolType,
port: Int
): Exclusion! 
#   Create an exclusion for Ip Conflict event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   ip: [Not documented]
#   macs: The set of MACs to exclude.
#   The event's conflicting mac should be contained in this set.
#   MAC string format is with a ':' separator between bytes.
newIpConflictExclusion(
policyId: ID!,
comment: String,
ip: String,
macs: [String!]
): Exclusion! 
#   Create an exclusion for Tag Write event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   srcAssets: The list of src assets IDs
#   srcIp: [Not documented]
#   dstAssets: The list of dst assets IDs
#   dstIp: [Not documented]
#   tag: tag name
newTagWriteExclusion(
policyId: ID!,
comment: String,
srcAssets: [ID!],
srcIp: String,
dstAssets: [ID!],
dstIp: String,
tag: String
): Exclusion! 
#   Create an exclusion for Asset event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   assets: The list of asset IDs
newAssetExclusion(policyId: ID!, comment: String, assets: [ID!]): Exclusion! 
#   Create an exclusion for Scan event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   assets: The list of asset IDs
#   ip: [Not documented]
newScansExclusion(
policyId: ID!,
comment: String,
assets: [ID!],
ip: String
): Exclusion! 
#   Create an exclusion for Open Port event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   assets: The list of asset IDs
#   ip: [Not documented]
#   port: [Not documented]
newOpenPortExclusion(
policyId: ID!,
comment: String,
assets: [ID!],
ip: String,
port: Int
): Exclusion! 
#   Create an exclusion for Usb Change event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   assets: The list of asset IDs
#   usbDevice: Device Id
newUsbChangeExclusion(
policyId: ID!,
comment: String,
assets: [ID!],
usbDevice: String
): Exclusion! 
#   Create an exclusion for IEC104 event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   srcAssets: The list of src assets IDs
#   srcIp: [Not documented]
#   dstAssets: The list of dst assets IDs
#   dstIp: [Not documented]
#   cot: [Not documented]
newIEC104Exclusion(
policyId: ID!,
comment: String,
srcAssets: [ID!],
srcIp: String,
dstAssets: [ID!],
dstIp: String,
cot: String
): Exclusion! 
#   Create an exclusion for DNP3 event
# 
# Arguments
#   policyId: [Not documented]
#   comment: [Not documented]
#   srcAssets: The list of src assets IDs
#   srcIp: [Not documented]
#   dstAssets: The list of dst assets IDs
#   dstIp: [Not documented]
#   srcDnp3Address: uint16 value
#   dstDnp3Address: uint16 value
newDNP3Exclusion(
policyId: ID!,
comment: String,
srcAssets: [ID!],
srcIp: String,
dstAssets: [ID!],
dstIp: String,
srcDnp3Address: Int,
dstDnp3Address: Int
): Exclusion! 
#   Delete an exclusion rule
# 
# Arguments
#   policyId: [Not documented]
#   exclusionId: [Not documented]
deleteExclusion(policyId: ID!, exclusionId: String!): Exclusion! 
#   Recalculate risk score for asset
# 
# Arguments
#   id: [Not documented]
recalculateAssetRisk(id: ID!): Job! 
#   Recalculate risk score for all assets
# 
# Arguments
#   components: List of component to recalculate, empty or empty 
#   list will recalculate all
recalculateAllAssetsRisk(components: [ComponentType!]): Job! 
#   Add tenable.one server
# 
# Arguments
#   name: Name for the tenable.one server
#   linkingKey: One-time use linking key, generated from Tenable 
#   One OT Connectors page
#   cloudSite: Cloud Site
newOneServer(name: String!, linkingKey: String!, cloudSite: String!): OneServer! 
#   Update tenable.one server
# 
# Arguments
#   name: Name for the tenable.one server
#   id: ID
setOneServer(name: String!, id: ID!): OneServer! 
#   Archive tenable.one server
# 
# Arguments
#   id: [Not documented]
archiveOneServer(id: ID!): OneServer! 
#   Add new blocking firewall rule
# 
# Arguments
#   op: Empty value means all supported Ops
#   target: IP/CIDR to block
addFirewallRule(op: FirewallOpType, target: String!): FirewallRule! 
#   Delete existing blocking firewall rule
# 
# Arguments
#   op: Empty value means all supported Ops
#   target: IP/CIDR to block
deleteFirewallRule(op: FirewallOpType, target: String!): FirewallRule! 
#   Add user group
# 
# Arguments
#   name: Name for the user group
#   roles: list of roles to set
#   users: list of users to set
#   providersMapping: List of mapped auth providers to external 
#   groups
#   zones: list of zones to assign the user group to
newUserGroup(
name: String!,
roles: [String!]!,
users: [String],
providersMapping: [GroupProviderParams!],
zones: [String!]
): UserGroup! 
#   Edit user group
# 
# Arguments
#   id: User group id
#   name: Name for the user group
#   roles: list of roles to set
#   users: list of users to set
#   providersMapping: List of mapped auth providers to external 
#   groups
#   zones: list of zones to assign the user group to
editUserGroup(
id: ID!,
name: String!,
roles: [String!]!,
users: [String],
providersMapping: [GroupProviderParams!],
zones: [String!]
): UserGroup! 
#   Archive user group
# 
# Arguments
#   id: [Not documented]
archiveUserGroup(id: ID!): UserGroup! 
#   Add new basic credentials
# 
# Arguments
#   name: Credentials name
#   description: Credentials description
#   username: Username for basic credentials schema
#   type: Credentials type for basic credentials schema
#   password: Password for basic credentials schema
addBasicCredentials(
name: String!,
description: String,
username: String!,
type: BasicCredentialsTypes!,
password: String!
): Credentials! 
#   Add new password only credentials
# 
# Arguments
#   name: Credentials name
#   description: Credentials description
#   password: Password for password only credentials schema (null 
#   to keep existing password)
#   type: Credentials type for password only credentials schema
addPasswordOnlyCredentials(
name: String!,
description: String,
password: String!,
type: PasswordOnlyCredentialsTypes!
): Credentials! 
#   Add new SNMP V2 credentials
# 
# Arguments
#   name: Credentials name
#   description: Credentials description
#   type: Credentials type for SNMP-V2 credentials schema
#   communityStrings: Community strings for SNMP-V2 credentials 
#   schema
addSnmpV2Credentials(
name: String!,
description: String,
type: SnmpV2CredentialsTypes!,
communityStrings: [String!]!
): Credentials! 
#   Add new SNMP V3 credentials
# 
# Arguments
#   name: Credentials name
#   description: Credentials description
#   type: Credentials type for SNMP-V3 credentials schema
#   username: Username for SNMP-V3 credentials schema
#   securityLevel: Security Level for SNMP-V3 credentials schema
#   authPassword: Auth Password for SNMP-V3 credentials schema 
#   (null to keep existing password)
#   authProtocol: Auth Protocol for SNMP-V3 credentials schema
#   privPassword: Priv password for SNMP-V3 credentials schema 
#   (null to keep existing password)
#   privProtocol: Priv Protocol for SNMP-V3 credentials schema
#   securityEngineId: Security engine ID for SNMP-V3 credentials 
#   schema
#   contextEngineId: Context Engine ID for SNMP-V3 credentials 
#   schema
#   contextName: Context name for SNMP-V3 credentials schema
addSnmpV3Credentials(
name: String!,
description: String,
type: SnmpV3CredentialsTypes!,
username: String!,
securityLevel: SnmpV3SecurityLevel!,
authPassword: String,
authProtocol: SnmpV3AuthProtocol,
privPassword: String,
privProtocol: SnmpV3PrivProtocol,
securityEngineId: String,
contextEngineId: String,
contextName: String
): Credentials! 
#   Update basic credentials
# 
# Arguments
#   name: Credentials name
#   description: Credentials description
#   username: Username for basic credentials schema
#   id: ID
#   password: Password for basic credentials schema (null to keep 
#   existing password)
setBasicCredentials(
name: String!,
description: String,
username: String!,
id: ID!,
password: String
): Credentials! 
#   Update password only credentials
# 
# Arguments
#   name: Credentials name
#   description: Credentials description
#   id: ID for password only credentials schema
#   password: Password for password only credentials schema (null 
#   to keep existing password)
setPasswordOnlyCredentials(
name: String!,
description: String,
id: ID!,
password: String
): Credentials! 
#   Update SNMP V2 credentials
# 
# Arguments
#   name: Credentials name
#   description: Credentials description
#   id: ID
#   communityStrings: Community strings for SNMP-V2 credentials 
#   schema
setSnmpV2Credentials(
name: String!,
description: String,
id: ID!,
communityStrings: [String!]!
): Credentials! 
#   Update SNMP V3 credentials
# 
# Arguments
#   name: Credentials name
#   description: Credentials description
#   id: ID for SNMP-V3 credentials schema
#   username: Username for SNMP-V3 credentials schema
#   securityLevel: Security Level for SNMP-V3 credentials schema
#   authPassword: Auth Password for SNMP-V3 credentials schema 
#   (null to keep existing password)
#   authProtocol: Auth Protocol for SNMP-V3 credentials schema
#   privPassword: Priv password for SNMP-V3 credentials schema 
#   (null to keep existing password)
#   privProtocol: Priv Protocol for SNMP-V3 credentials schema
#   securityEngineId: Security engine ID for SNMP-V3 credentials 
#   schema
#   contextEngineId: Context Engine ID for SNMP-V3 credentials 
#   schema
#   contextName: Context name for SNMP-V3 credentials schema
setSnmpV3Credentials(
name: String!,
description: String,
id: ID!,
username: String!,
securityLevel: SnmpV3SecurityLevel!,
authPassword: String,
authProtocol: SnmpV3AuthProtocol,
privPassword: String,
privProtocol: SnmpV3PrivProtocol,
securityEngineId: String,
contextEngineId: String,
contextName: String
): Credentials! 
#   Delete credentials
# 
# Arguments
#   id: [Not documented]
deleteCredentials(id: ID!): Credentials! 
#   Test ad hoc basic credentials
# 
# Arguments
#   ip: Address to test the credentials on
#   type: Credentials type for basic credentials schema
#   username: Username to test for basic credentials schema
#   password: Password to test for basic credentials schema
testAdHocBasicCredentials(
ip: String!,
type: BasicCredentialsTypes!,
username: String!,
password: String!
): Job! 
#   Test ad hoc password only credentials
# 
# Arguments
#   ip: Address to test the credentials on
#   type: Credentials type for password only credentials schema
#   password: Password to test for password only credentials schema
testAdHocPasswordOnlyCredentials(
ip: String!,
type: PasswordOnlyCredentialsTypes!,
password: String!
): Job! 
#   Test ad hoc SNMP V2 credentials
# 
# Arguments
#   ip: Address to test the credentials on
#   type: Credentials type for SNMP-V2 credentials schema
#   communityStrings: Community strings to test for SNMP-V2 
#   credentials schema
testAdHocSnmpV2Credentials(
ip: String!,
type: SnmpV2CredentialsTypes!,
communityStrings: [String!]!
): Job! 
#   Test ad hoc SNMP V3 credentials
# 
# Arguments
#   ip: Address to test the credentials on
#   type: Credentials type to test for SNMP-V3 credentials schema
#   username: Username for SNMP-V3 credentials schema
#   securityLevel: Security Level for SNMP-V3 credentials schema
#   authPassword: Auth Password for SNMP-V3 credentials schema 
#   (null to keep existing password)
#   authProtocol: Auth Protocol for SNMP-V3 credentials schema
#   privPassword: Priv password for SNMP-V3 credentials schema 
#   (null to keep existing password)
#   privProtocol: Priv Protocol for SNMP-V3 credentials schema
#   securityEngineId: Security engine ID for SNMP-V3 credentials 
#   schema
#   contextEngineId: Context Engine ID for SNMP-V3 credentials 
#   schema
#   contextName: Context name for SNMP-V3 credentials schema
testAdHocSnmpV3Credentials(
ip: String!,
type: SnmpV3CredentialsTypes!,
username: String!,
securityLevel: SnmpV3SecurityLevel!,
authPassword: String,
authProtocol: SnmpV3AuthProtocol,
privPassword: String,
privProtocol: SnmpV3PrivProtocol,
securityEngineId: String,
contextEngineId: String,
contextName: String
): Job! 
#   Test existing credentials
# 
# Arguments
#   id: Credentials ID
#   ip: Address to test the credentials on
testCredentials(id: ID!, ip: String!): Job! 
#   Set addresses of assets to delete
# 
# Arguments
#   addresses: [Not documented]
setAddressesPendingDeletion(addresses: [String!]!): AddressesPendingDeletion! 
#   Activate license
# 
# Arguments
#   activationBlob: [Not documented]
activateLicense(activationBlob: String!): LicenseInfo! 
#   Bulk set plugins details
# 
# Arguments
#   plugins: Plugin ID's to update
#   comment: Comment
#   owner: Owner
setPluginDetails(plugins: [Int!]!, comment: String, owner: String): [Plugin!]! 
#   Delete and unpair a sensor
# 
# Arguments
#   id: [Not documented]
deleteSensor(id: ID!): SensorDetails! 
#   Pause sensor traffic, keep pairing
# 
# Arguments
#   id: [Not documented]
pauseSensor(id: ID!): SensorDetails! 
#   Resume paired sensor traffic
# 
# Arguments
#   id: [Not documented]
resumeSensor(id: ID!): SensorDetails! 
#   Approve sensor for pairing
# 
# Arguments
#   id: [Not documented]
approveSensor(id: ID!): SensorDetails! 
#   Edit sensor
# 
# Arguments
#   id: Sensor ID
#   name: Sensor name
#   active: Allow the sensor to do active queries
#   activeNetworks: Networks the sensor is active on
editSensor(
id: String!,
name: String,
active: Boolean,
activeNetworks: [String!]
): SensorDetails! 
#   Bulk update sensors
# 
# Arguments
#   ids: [Not documented]
updateSensor(ids: [ID!]!): Job! 
#   Check for all sensors updates
checkForSensorUpdates: Job! 
#   Create a new user scan
# 
# Arguments
#   name: User scan name
#   plugins: User scan plugins
#   cidrs: User scan CIDRs
newNessusUserScan(
name: String!,
plugins: [PluginFamilyArgs!]!,
cidrs: [String!]!
): Job! 
#   Edit a user scan
# 
# Arguments
#   id: User scan ID
#   name: User scan name
#   plugins: User scan plugins
#   cidrs: User scan CIDRs
editNessusUserScan(
id: Int!,
name: String!,
plugins: [PluginFamilyArgs!]!,
cidrs: [String!]!
): Job! 
#   Delete a user scan
# 
# Arguments
#   id: [Not documented]
deleteNessusUserScan(id: Int!): Job! 
#   Perform user scan action (run / pause / resume / stop / kill)
# 
# Arguments
#   id: User scan ID
#   action: Action to perform
#   force: Force nessus user scan action
nessusUserScanAction(
id: Int!,
action: ScanAction!,
force: Boolean
): Job! 
#   Run active query
# 
# Arguments
#   queryId: Query ID
#   assetId: Asset Id to be executed
#   considerPrevStats: Allow query execution regardless of previous 
#   stats
#   force: Force query execution when query disabled or during 
#   blackout period
#   additionalParams: Additional params for active query execution
runActiveQuery(
queryId: ID!,
assetId: ID,
considerPrevStats: Boolean,
force: Boolean,
additionalParams: ActiveQueriesExecuteSpecialParam
): Job! 
#   Can run active query
# 
# Arguments
#   queryId: Query ID
#   assetId: Asset Id to be executed
#   trace: WARNING: Increases execution time and retrieves trace 
#   results of applying active clients rules on the provided target
canRunActiveQuery(queryId: ID!, assetId: ID!, trace: Boolean): CanExecute! 
#   Stop active query
# 
# Arguments
#   id: [Not documented]
stopActiveQuery(id: ID!): Job! 
#   Create active query
# 
# Arguments
#   name: Query name
#   description: Query description
#   enabled: Query enabled
#   operation: Operation type
#   assetGroup: Target asset group
#   schedule: Query schedule
createActiveQuery(
name: String!,
description: String,
enabled: Boolean!,
operation: OpType!,
assetGroup: ID!,
schedule: [ScheduleParams!]
): ActiveQuery! 
#   Edit active query
# 
# Arguments
#   id: Query ID
#   name: Query name
#   description: Query description
#   enabled: Query enabled
#   assetGroup: Target asset group
#   schedule: Query schedule
editActiveQuery(
id: ID!,
name: String!,
description: String,
enabled: Boolean!,
assetGroup: ID!,
schedule: [ScheduleParams!]
): ActiveQuery! 
#   Delete active query
# 
# Arguments
#   id: [Not documented]
deleteActiveQuery(id: ID!): ActiveQuery! 
#   Create controller discovery query
# 
# Arguments
#   name: Query name
#   description: Query description
#   enabled: Query enabled
#   schedule: Query schedule
createControllerDiscoveryQuery(
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!]
): ActiveQuery! 
#   Edit controller discovery query
# 
# Arguments
#   id: Query ID
#   name: Query name
#   description: Query description
#   enabled: Query enabled
#   schedule: Query schedule
editControllerDiscoveryQuery(
id: ID!,
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!]
): ActiveQuery! 
#   Create asset discovery query
# 
# Arguments
#   name: Query name
#   description: Query description
#   enabled: Query enabled
#   schedule: Query schedule
#   options: Asset Discovery options
createAssetDiscoveryQuery(
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!],
options: AssetDiscoveryOptionsParams!
): ActiveQuery! 
#   Edit asset discovery query
# 
# Arguments
#   id: ID
#   name: Query name
#   description: Query description
#   enabled: Query enabled
#   schedule: Query schedule
#   options: Asset Discovery options
editAssetDiscoveryQuery(
id: ID!,
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!],
options: AssetDiscoveryOptionsParams!
): ActiveQuery! 
#   Create inactive probing query
# 
# Arguments
#   name: Query name
#   description: Query description
#   enabled: Query enabled
#   schedule: Query schedule
#   assetGroup: Target asset group
#   options: Inactive Probing options
createInactiveProbingQuery(
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!],
assetGroup: ID!,
options: InactiveProbingOptionsParams!
): ActiveQuery! 
#   Edit inactive probing query
# 
# Arguments
#   id: ID
#   name: Query name
#   description: Query description
#   enabled: Query enabled
#   schedule: Query schedule
#   assetGroup: Target asset group
#   options: Inactive Probing options
editInactiveProbingQuery(
id: ID!,
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!],
assetGroup: ID!,
options: InactiveProbingOptionsParams!
): ActiveQuery! 
#   Create port scan query
# 
# Arguments
#   name: Query name
#   description: Query description
#   enabled: Is query enabled
#   schedule: Query schedule
#   assetGroup: Target asset group
#   options: Query port scan options
createPortScanQuery(
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!],
assetGroup: ID!,
options: PortScanOptionsParams!
): ActiveQuery! 
#   Edit port scan query
# 
# Arguments
#   id: ID
#   name: Query name
#   description: Query description
#   enabled: Is query enabled
#   schedule: Query schedule
#   assetGroup: Target asset group
#   options: Query port scan options
editPortScanQuery(
id: ID!,
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!],
assetGroup: ID!,
options: PortScanOptionsParams!
): ActiveQuery! 
#   Create snmp query
# 
# Arguments
#   name: Query name
#   description: Query description
#   enabled: Is query enabled
#   schedule: Query schedule
#   assetGroup: Target asset group
#   options: Query snmp options
createSnmpQuery(
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!],
assetGroup: ID!,
options: SnmpOptionsParams!
): ActiveQuery! 
#   Edit snmp query
# 
# Arguments
#   id: ID
#   name: Query name
#   description: Query description
#   enabled: Is query enabled
#   schedule: Query schedule
#   assetGroup: Target asset group
#   options: Query snmp options
editSnmpQuery(
id: ID!,
name: String!,
description: String,
enabled: Boolean!,
schedule: [ScheduleParams!],
assetGroup: ID!,
options: SnmpOptionsParams!
): ActiveQuery! 
#   Enable active query
# 
# Arguments
#   id: [Not documented]
enableActiveQuery(id: ID!): ActiveQuery! 
#   Disable active query
# 
# Arguments
#   id: [Not documented]
disableActiveQuery(id: ID!): ActiveQuery! 
#   Set active queries global enablement
# 
# Arguments
#   enabled: [Not documented]
setActiveQueriesGlobalEnablement(
enabled: Boolean!
): ActiveQueriesGlobalConfigs! 
#   Disable blackout period
disableBlackoutPeriod: FlagList! 
#   Create Zone
# 
# Arguments
#   name: Zone name
#   description: Zone description
#   assetGroups: Asset groups belonging to the zone
#   userGroups: User groups assigned to the zone
createZone(
name: String!,
description: String,
assetGroups: [ID!]!,
userGroups: [ID!]
): Zone! 
#   Archive Zone
# 
# Arguments
#   id: [Not documented]
archiveZone(id: ID!): Zone! 
#   Update Zone
# 
# Arguments
#   id: ID
#   name: Zone name
#   description: Zone description
#   assetGroups: Asset groups belonging to the zone
#   userGroups: User groups assigned to the zone
updateZone(
id: ID!,
name: String!,
description: String,
assetGroups: [ID!]!,
userGroups: [ID!]
): Zone! 
#   Set active queries global configs
# 
# Arguments
#   enabled: Are active queries enabled
#   blackoutPeriod: Blackout period
#   blacklistedAssetGroups: Blacklist asset group
#   clientGroups: Blacklist clients
setActiveQueriesConfigs(
enabled: Boolean!,
blackoutPeriod: ID,
blacklistedAssetGroups: [ID!],
clientGroups: [RestrictedProtocolType!]
): ActiveQueriesGlobalConfigs! 
#   Create asset report
# 
# Arguments
#   id: [Not documented]
assetReport(id: ID!): Job! 
#   Create a report for a bulk of assets
# 
# Arguments
#   filter: [Not documented]
#   search: [Not documented]
#   sort: [Not documented]
#   slowCount: When requesting totalCount set this to true to wait 
#   for count query to complete.
#   Otherwise, countTimeout is used to limit the execution time, resulting in -1 
#   when limit is reached.
#   countTimeout: Time (in milliseconds) to wait for count query to 
#   return.
#   Only applicable when slowCount is not set.
assetsReport(
filter: AssetExpressionsParams,
search: String,
sort: [AssetSortParams!],
slowCount: Boolean,
countTimeout: Int
): Job! 
#   Export active query last execution CSV report
# 
# Arguments
#   id: [Not documented]
activeQueryExecutionsCsv(id: ID!): Job! 
#   Add Agent IoT Connector
# 
# Arguments
#   name: Connector name
#   ip: Connector IP
addAgentIotConnector(name: String!, ip: String!): AgentConnector! 
#   Add Exacq IoT Connector
# 
# Arguments
#   name: Connector name
#   ip: Connector IP
#   options: [Not documented]
addExacqIotConnector(
name: String!,
ip: String!,
options: ExacqAddOptionsParams!
): ExacqConnector! 
#   Add Milestone IoT Connector
# 
# Arguments
#   name: Connector name
#   ip: Connector IP
#   options: [Not documented]
addMilestoneIotConnector(
name: String!,
ip: String!,
options: MilestoneAddOptionsParams!
): MilestoneConnector! 
#   Add Mobotix IoT Connector
# 
# Arguments
#   name: Connector name
#   ip: Connector IP
#   options: [Not documented]
addMobotixIotConnector(
name: String!,
ip: String!,
options: MobotixAddOptionsParams!
): MobotixConnector! 
#   Edit Agent IoT Connector
# 
# Arguments
#   name: Connector name
#   id: [Not documented]
editAgentIotConnector(name: String!, id: ID!): AgentConnector! 
#   Edit Exacq IoT Connector
# 
# Arguments
#   name: Connector name
#   id: [Not documented]
#   options: [Not documented]
editExacqIotConnector(
name: String!,
id: ID!,
options: ExacqEditOptionsParams!
): ExacqConnector! 
#   Edit Milestone IoT Connector
# 
# Arguments
#   name: Connector name
#   id: [Not documented]
#   options: [Not documented]
editMilestoneIotConnector(
name: String!,
id: ID!,
options: MilestoneEditOptionsParams!
): MilestoneConnector! 
#   Edit Mobotix IoT Connector
# 
# Arguments
#   name: Connector name
#   id: [Not documented]
#   options: [Not documented]
editMobotixIotConnector(
name: String!,
id: ID!,
options: MobotixEditOptionsParams!
): MobotixConnector! 
#   Test Agent IoT Connector
# 
# Arguments
#   id: [Not documented]
testAgentIotConnector(id: ID!): Job! 
#   Delete IoT Connector
# 
# Arguments
#   id: [Not documented]
deleteIotConnector(id: ID!): IotConnectorInfo! 
#   Add EM user
# 
# Arguments
#   fullName: [Not documented]
#   userName: [Not documented]
#   groups: [Not documented]
#   password: [Not documented]
addEmUser(
fullName: String!,
userName: String!,
groups: [ID!]!,
password: String!
): EmUser! 
#   Change EM user details
# 
# Arguments
#   userName: The username that performs the operation
#   fullName: Requested full user name
setEmUserInfo(userName: String, fullName: String): EmUser! 
#   Change EM user password
# 
# Arguments
#   newPassword: New Password
#   password: Current password
#   userName: The username that performs the operation
setEmPassword(newPassword: String, password: String, userName: String): EmUser! 
#   Set EM user's groups
# 
# Arguments
#   userName: The username to set the group for
#   newGroups: [Not documented]
setEmUserGroups(userName: String, newGroups: [ID!]!): EmUser! 
#   Deletes the EM user
# 
# Arguments
#   userName: [Not documented]
deleteEmUser(userName: String!): EmUser! 
#   Sets password of a EM user (by admin only)
# 
# Arguments
#   password: New Password
#   userName: The username to set password for
setEmUserPassword(password: String!, userName: String!): EmUser! 
#   Set the system time, this will result in a system restart
# 
# Arguments
#   time: Time in RFC3339
#   location: System location as defined in TZData
emSetSystemTime(time: String, location: String): EmSystemInfo! 
#   Approve ICP for pairing on the EM
# 
# Arguments
#   id: [Not documented]
approveEmIcp(id: ID!): PairedIcp! 
#   Delete ICP pairing on the EM
# 
# Arguments
#   id: [Not documented]
deleteEmIcp(id: ID!): PairedIcp! 
#   Add EM user group
# 
# Arguments
#   name: Name for the user group
#   roles: list of roles to set
#   users: list of users to set
#   providersMapping: List of mapped auth providers to external 
#   groups
#   zones: list of zones to assign the user group to
#   emLevel: If the group is an EM group or ICP group
newEmUserGroup(
name: String!,
roles: [String!]!,
users: [String],
providersMapping: [GroupProviderParams!],
zones: [String!],
emLevel: Boolean!
): EmUserGroup! 
#   Edit EM user group
# 
# Arguments
#   id: User group id
#   name: Name for the user group
#   roles: list of roles to set
#   users: list of users to set
#   providersMapping: List of mapped auth providers to external 
#   groups
#   zones: list of zones to assign the user group to
editEmUserGroup(
id: ID!,
name: String!,
roles: [String!]!,
users: [String],
providersMapping: [GroupProviderParams!],
zones: [String!]
): EmUserGroup! 
#   Archive EM user group
# 
# Arguments
#   id: [Not documented]
archiveEmUserGroup(id: ID!): EmUserGroup! 
#   Activate license
# 
# Arguments
#   activationBlob: [Not documented]
emActivateLicense(activationBlob: String!): EmLicenseInfo! 
#   Update ICPs (bulk)
# 
# Arguments
#   type: update type
#   icpIds: list of icp ids to update
updateICPs(type: IcpEmUpdateType, icpIds: [String]): Job! 
#   Store an item with key in the storage
# 
# Arguments
#   key: [Not documented]
#   value: [Not documented]
setInStorage(key: String!, value: String!): Storage! 
#   Store an item globally with key in the storage
# 
# Arguments
#   key: [Not documented]
#   value: [Not documented]
setInGlobalStorage(key: String!, value: String!): Storage! 
#   Enable or disable the system
# 
# Arguments
#   enabled: [Not documented]
changeSystemStatus(enabled: Boolean!): Job! 
#   Shutdown or Reboots the system
# 
# Arguments
#   type: [Not documented]
shutdown(type: SystemShutdownType!): Job! 
#   Performs initialization of the system
# 
# Arguments
#   fullName: [Not documented]
#   userName: [Not documented]
#   password: [Not documented]
#   time: Time in RFC3339
#   location: System location as defined in TZData
#   config: [Not documented]
#   reboot: [Not documented]
initSystem(
fullName: String!,
userName: String!,
password: String!,
time: String,
location: String,
config: JSON,
reboot: Boolean!
): Job! 
#   Change the configuration of the system
# 
# Arguments
#   CharacteristicsInterval: [Not documented]
#   NameQueryInterval: [Not documented]
#   PortScanEnabled: [Not documented]
#   RunStatusInterval: [Not documented]
#   SnapshotInterval: [Not documented]
#   CaptureEnabled: [Not documented]
#   SelfSniffEnabled: [Not documented]
#   SensorsAutoApprove: [Not documented]
#   UIHosts: [Not documented]
#   AutoLogoutDurationInSeconds: [Not documented]
#   EnableClassificationBanner: [Not documented]
#   UiClassificationBannerText: [Not documented]
#   UiClassificationBannerColor: [Not documented]
changeConfiguration(
CharacteristicsInterval: [ScheduleParams!],
NameQueryInterval: [ScheduleParams!],
PortScanEnabled: Boolean,
RunStatusInterval: [ScheduleParams!],
SnapshotInterval: [ScheduleParams!],
CaptureEnabled: Boolean,
SelfSniffEnabled: Boolean,
SensorsAutoApprove: Boolean,
UIHosts: [String!],
AutoLogoutDurationInSeconds: Int,
EnableClassificationBanner: Boolean,
UiClassificationBannerText: String,
UiClassificationBannerColor: ClassificationBannerColor
): Config! 
#   Performs system factory reset
# 
# Arguments
#   keepNetworkConfig: Should keep the network configuration or 
#   reset it
factoryReset(keepNetworkConfig: Boolean!): Job! 
#   Set Syslog server
# 
# Arguments
#   name: Name
#   protocol: Protocol of syslog server
#   address: Address of syslog server
#   port: Port of syslog server
#   keepAlive: Is keep alive message enabled
#   caching: Flag for caching
newSyslogServer(
name: String!,
protocol: String!,
address: String!,
port: Int!,
keepAlive: Boolean,
caching: Boolean
): SyslogServer! 
#   Update Syslog server
# 
# Arguments
#   id: ID
#   name: Name
#   protocol: Protocol of syslog server
#   address: Address of syslog server
#   port: Port of syslog server
#   keepAlive: Is keep alive message enabled
#   caching: Flag for caching
setSyslogServer(
id: ID!,
name: String!,
protocol: String!,
address: String!,
port: Int!,
keepAlive: Boolean,
caching: Boolean
): SyslogServer! 
#   Archive Syslog server
# 
# Arguments
#   id: [Not documented]
archiveSyslogServer(id: ID!): SyslogServer! 
#   Test an existing Syslog server
# 
# Arguments
#   id: [Not documented]
testSyslogServer(id: ID!): Job! 
#   Test ad hoc Syslog server
# 
# Arguments
#   name: Name
#   protocol: Protocol of syslog server
#   address: Address of syslog server
#   port: Port of syslog server
#   keepAlive: Is keep alive message enabled
#   caching: Flag for caching
testAdHocSyslogServer(
name: String!,
protocol: String!,
address: String!,
port: Int!,
keepAlive: Boolean,
caching: Boolean
): Job! 
#   Remove flags
# 
# Arguments
#   flag: [Not documented]
removeFlag(flag: RemovableFlags!): FlagList! 
#   Change tubbigy log level
# 
# Arguments
#   level: [Not documented]
tubbigyLogLevel(level: LogLevel!): LogLevel! 
#   Create a new API Key for the current user
# 
# Arguments
#   description: [Not documented]
#   expiryTime: [Not documented]
createAPIKey(description: String!, expiryTime: Time!): APIKeyResponse! 
#   Delete an existing API Key
# 
# Arguments
#   id: [Not documented]
deleteAPIKey(id: Float!): APIKey! 
#   Add tenable.sc server
# 
# Arguments
#   address: Address of tenable.sc server, including http/s and 
#   port if needed
#   user: Username in tenable.sc for the integration
#   password: Password of the given username
#   name: Name of tenable.sc server
#   repoId: The repository in tenable.sc to associate the agent 
#   with
#   schedule: Schedule for syncing with the tenable.sc server. If 
#   empty or invalid a default schedule will be used
newScServer(
address: String!,
user: String!,
password: String!,
name: String!,
repoId: Int!,
schedule: ScheduleParams!
): ScServer! 
#   Update tenable.sc server
# 
# Arguments
#   address: Address of tenable.sc server, including http/s and 
#   port if needed
#   user: Username in tenable.sc for the integration
#   password: Password of the given username
#   name: Name of tenable.sc server
#   repoId: The repository in tenable.sc to associate the agent 
#   with
#   schedule: Schedule for syncing with the tenable.sc server. If 
#   empty or invalid a default schedule will be used
#   id: ID
setScServer(
address: String!,
user: String!,
password: String,
name: String!,
repoId: Int!,
schedule: ScheduleParams!,
id: ID!
): ScServer! 
#   Archive tenable.sc server
# 
# Arguments
#   id: [Not documented]
archiveScServer(id: ID!): ScServer! 
#   Sync Tenable.ot to Tenable.sc now
# 
# Arguments
#   id: [Not documented]
syncScServer(id: ID!): Job! 
#   Test an existing tenable.sc server
# 
# Arguments
#   id: [Not documented]
testScServer(id: ID!): Job! 
#   Test ad hoc tenable.sc server
# 
# Arguments
#   address: Address of tenable.sc server, including http/s and 
#   port if needed
#   user: Username in tenable.sc for the integration
#   password: Password of the given username
testAdHocScServer(
address: String!,
user: String!,
password: String!
): Job! 
#   Add tenable.io server
# 
# Arguments
#   accessKey: AccessKey property of API Keys
#   secretKey: SecretKey property of API Keys
#   name: Name for the tenable.io server
#   schedule: Schedule for syncing with the tenable.io server. If 
#   empty or invalid a default schedule will be used
newIoServer(
accessKey: String!,
secretKey: String!,
name: String!,
schedule: ScheduleParams!
): IoServer! 
#   Update tenable.io server
# 
# Arguments
#   accessKey: AccessKey property of API Keys
#   secretKey: SecretKey property of API Keys
#   name: Name for the tenable.io server
#   schedule: Schedule for syncing with the tenable.io server. If 
#   empty or invalid a default schedule will be used
#   id: ID
setIoServer(
accessKey: String,
secretKey: String,
name: String!,
schedule: ScheduleParams!,
id: ID!
): IoServer! 
#   Archive tenable.io server
# 
# Arguments
#   id: [Not documented]
archiveIoServer(id: ID!): IoServer! 
#   Sync Tenable.ot to Tenable.io now
# 
# Arguments
#   id: [Not documented]
syncIoServer(id: ID!): Job! 
#   Test an existing tenable.io server
# 
# Arguments
#   id: [Not documented]
testIoServer(id: ID!): Job! 
#   Test ad hoc tenable.io server
# 
# Arguments
#   accessKey: AccessKey property of API Keys
#   secretKey: SecretKey property of API Keys
testAdHocIoServer(accessKey: String!, secretKey: String!): Job! 
#   Add authentication provider
# 
# Arguments
#   providerDetails: [Not documented]
#   groupsMapping: List of mapped external groups to Tenable.ot 
#   groups
addAuthProvider(
providerDetails: ProviderDetailsParams!,
groupsMapping: [ExternalGroupParams!]
): AuthProvider! 
#   Edit authentication provider
# 
# Arguments
#   providerDetails: [Not documented]
#   groupsMapping: List of mapped external groups to Tenable.ot 
#   groups
#   id: [Not documented]
editAuthProvider(
providerDetails: ProviderDetailsParams!,
groupsMapping: [ExternalGroupParams!],
id: ID!
): AuthProvider! 
#   Delete authentication provider
# 
# Arguments
#   id: [Not documented]
deleteAuthProvider(id: ID!): AuthProvider! 
#   Enable authentication provider
# 
# Arguments
#   id: [Not documented]
enableAuthProvider(id: ID!): AuthProvider! 
#   Disable authentication provider
# 
# Arguments
#   id: [Not documented]
disableAuthProvider(id: ID!): AuthProvider! 
#   Upload a web server certificate
# 
# Arguments
#   cert: PEM of certificate for HTTPS connection (can be 
#   self-signed)
#   key: PEM of private key for cert
#   keyPassword: [Not documented]
uploadWebServerCertificate(
cert: String!,
key: String!,
keyPassword: String
): Job! 
#   Generate a self-signed web server certificate
generateWebServerCertificate: Job! 
#   Register a new activation code. This code receives a pending status until it's 
#   being used to fully activate the license. This code does not replace the 
#   existing license's code until the license is fully activated
# 
# Arguments
#   activationCode: [Not documented]
registerLicenseActivationCode(
activationCode: String!
): LicenseActivationRequest! 
#   Remove the pending, previously registered activation code if one exists
clearLicenseActivationCode: LicenseActivationCodeClearResponse! 
#   Generate license certificate
generateLicenseActivationRequest: LicenseActivationRequest! @deprecated( reason: "Generating a certificate was split to allow generation by using either a pending, registered activation code or the existing license's activation code. Please see generateLicenseActivationCertificate for more information"  )
#   Generate a license activation certificate from either the pending activation 
#   code or from the activation code of the already existing license
# 
# Arguments
#   activationCodeSource: [Not documented]
generateLicenseActivationCertificate(
activationCodeSource: ActivationCodeSource!
): LicenseActivationRequest! 
}
Require by

This element is not required by anyone
Mutation

link GraphQL Schema definition

link Require by

GraphQL Schema definition

Require by
