/
actions.go
621 lines (578 loc) · 25.3 KB
/
actions.go
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/*
* MIT License
*
* (C) Copyright [2020-2023] Hewlett Packard Enterprise Development LP
*
* Permission is hereby granted, free of charge, to any person obtaining a
* copy of this software and associated documentation files (the "Software"),
* to deal in the Software without restriction, including without limitation
* the rights to use, copy, modify, merge, publish, distribute, sublicense,
* and/or sell copies of the Software, and to permit persons to whom the
* Software is furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included
* in all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
* THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR
* OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
* ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
* OTHER DEALINGS IN THE SOFTWARE.
*/
package storage
import (
"database/sql"
"errors"
"time"
rf "github.com/Cray-HPE/hms-smd/pkg/redfish"
"github.com/Cray-HPE/hms-firmware-action/internal/hsm"
"github.com/Cray-HPE/hms-firmware-action/internal/model"
"github.com/google/uuid"
"github.com/looplab/fsm"
"github.com/sirupsen/logrus"
)
type ActionID struct {
ActionID uuid.UUID `json:"actionID"`
}
type Action struct {
ActionID uuid.UUID `json:"id"`
SnapshotID uuid.UUID `json:"snapshotID,omitempty"`
Command Command `json:"command"`
StartTime sql.NullTime `json:"startTime"`
EndTime sql.NullTime `json:"endTime"`
State *fsm.FSM `json:"state"`
RefreshTime sql.NullTime `json:"refreshTime"`
Parameters ActionParameters `json:"parameters"`
OperationIDs []uuid.UUID `json:"operationIDs"`
BlockedBy []uuid.UUID `json:"blockedBy"`
Errors []string `json:"errors"`
//Todo, need to add something like {xname, target} array; but not sure what targets we filter on; do we do it by
// images then? WHY? so we can easily tell what we are locking
}
type ActionStorable struct {
ActionID uuid.UUID
SnapshotID uuid.UUID
Command Command
StartTime sql.NullTime `json:"startTime"`
EndTime sql.NullTime `json:"endTime"`
State string `json:"state"`
RefreshTime sql.NullTime `json:"refreshTime"`
Parameters ActionParameters `json:"parameters"`
OperationIDs []uuid.UUID `json:"operationIDs"`
BlockedBy []uuid.UUID `json:"blockedBy"`
Errors []string `json:"errors"`
}
type ActionStorableID struct {
ActionID uuid.UUID `json:"id"`
}
func ToActionStorable(from Action) (to ActionStorable) {
to = ActionStorable{
ActionID: from.ActionID,
SnapshotID: from.SnapshotID,
Command: from.Command,
StartTime: from.StartTime,
EndTime: from.EndTime,
State: from.State.Current(),
RefreshTime: from.RefreshTime,
Parameters: from.Parameters,
OperationIDs: from.OperationIDs,
BlockedBy: from.BlockedBy,
Errors: from.Errors,
}
return
}
// Added id - workaround for incorrect storage from v1.26.0
// id will overwrite ActionID if ActionID is Nil
func ToActionFromStorable(from ActionStorable, id uuid.UUID) (to Action) {
to = Action{
ActionID: from.ActionID,
SnapshotID: from.SnapshotID,
Command: from.Command,
StartTime: from.StartTime,
EndTime: from.EndTime,
RefreshTime: from.RefreshTime,
Parameters: from.Parameters,
OperationIDs: from.OperationIDs,
BlockedBy: from.BlockedBy,
Errors: from.Errors,
}
if to.ActionID == uuid.Nil {
to.ActionID = id
}
to.State = fsm.NewFSM(
"new",
fsm.Events{
{Name: "configure", Src: []string{"new"}, Dst: "configured"}, //all the data is loaded, FAS should perform this op asap!
{Name: "block", Src: []string{"configured"}, Dst: "blocked"},
{Name: "unblock", Src: []string{"blocked"}, Dst: "configured"},
{Name: "start", Src: []string{"configured"}, Dst: "running"},
{Name: "finish", Src: []string{"new", "configured", "running"}, Dst: "completed"},
{Name: "signalAbort", Src: []string{"running", "configured", "new", "blocked"}, Dst: "abortSignaled"},
{Name: "abort", Src: []string{"abortSignaled"}, Dst: "aborted"},
},
fsm.Callbacks{
"enter_state": func(e *fsm.Event) { to.enterState(e) },
},
)
to.restoreState(from.State)
to.RefreshTime.Scan(from.RefreshTime.Time)
return
}
func (d *Action) enterState(e *fsm.Event) {
logrus.WithFields(logrus.Fields{"ActionID": d.ActionID, "event": e.Event, "destination": e.Dst}).Trace("transition")
d.RefreshTime.Scan(time.Now())
}
func (op *Action) restoreState(state string) (err error) {
allowedState := []string{"new", "running", "completed", "blocked", "configured", "abortSignaled", "aborted", "running"}
for _, val := range allowedState {
if val == state {
op.State.SetState(state)
logrus.WithFields(logrus.Fields{"ActionID": op.ActionID, "state": state}).Trace("restored state")
return nil
}
}
err = errors.New("failed to restore state, setting action to failed")
op.State.SetState("failed")
logrus.WithFields(logrus.Fields{"ActionID": op.ActionID, "state": state}).Error(err)
return err
}
func NewAction(params ActionParameters) *Action {
act := &Action{}
act.StartTime.Scan(time.Now())
act.RefreshTime.Scan(time.Now())
act.Parameters = params
act.ActionID = uuid.New()
act.Command = params.Command
act.State = fsm.NewFSM(
"new",
fsm.Events{
{Name: "configure", Src: []string{"new"}, Dst: "configured"}, //all the data is loaded, FAS should perform this op asap!
{Name: "block", Src: []string{"configured"}, Dst: "blocked"},
{Name: "unblock", Src: []string{"blocked"}, Dst: "configured"},
{Name: "start", Src: []string{"configured"}, Dst: "running"},
{Name: "finish", Src: []string{"new", "configured", "running"}, Dst: "completed"},
{Name: "signalAbort", Src: []string{"running", "configured", "new", "blocked"}, Dst: "abortSignaled"},
{Name: "abort", Src: []string{"abortSignaled"}, Dst: "aborted"},
},
fsm.Callbacks{
"enter_state": func(e *fsm.Event) { act.enterState(e) },
},
)
return act
}
func (d *Operation) enterState(e *fsm.Event) {
logrus.WithFields(logrus.Fields{"operationID": d.OperationID, "event": e.Event, "destination": e.Dst}).Trace("transition")
d.RefreshTime.Scan(time.Now())
}
func (op *Operation) restoreState(state string) (err error) {
allowedState := []string{"initial", "configured", "needsVerified", "verifying", "aborted", "succeeded", "failed", "inProgress", "blocked", "noOperation", "noSolution"}
for _, val := range allowedState {
if val == state {
op.State.SetState(state)
logrus.WithFields(logrus.Fields{"operationID": op.OperationID, "state": state}).Trace("restored state")
return nil
}
}
err = errors.New("failed to restore state, setting operation to failed")
op.State.SetState("failed")
logrus.WithFields(logrus.Fields{"operationID": op.OperationID, "state": state}).Error(err)
return err
}
func NewOperation() *Operation {
op := &Operation{}
op.OperationID = uuid.New()
op.StartTime.Scan(time.Now())
op.RefreshTime.Scan(time.Now())
op.State = fsm.NewFSM(
"initial",
fsm.Events{
{Name: "configure", Src: []string{"initial"}, Dst: "configured"}, //all the data is loaded, FAS should perform this op asap!
{Name: "block", Src: []string{"initial", "configured"}, Dst: "blocked"}, //FAS would be actively performing it, but something needs to clear up first
{Name: "unblock", Src: []string{"blocked"}, Dst: "configured"}, //FAS Can resume actitvely performing it
{Name: "start", Src: []string{"configured"}, Dst: "inProgress"}, //FAS is actively performing this op but hasnt sent the command
{Name: "restart", Src: []string{"inProgress"}, Dst: "inProgress"}, //FAS is actively performing this op but hasnt sent the command -> it is trying again, b/c the function died
{Name: "needsVerify", Src: []string{"inProgress"}, Dst: "needsVerified"}, //FAS has launched the op, but need s to make sure it worked
{Name: "verifying", Src: []string{"needsVerified"}, Dst: "verifying"}, //FAS has launched the op, but need s to make sure it worked
{Name: "reverifying", Src: []string{"verifying"}, Dst: "verifying"}, //FAS has launched the op, but need s to make sure it worked -> trying it again, function died.
{Name: "abort", Src: []string{"configured", "initial", "inProgress", "needsVerified", "verifying", "blocked"}, Dst: "aborted"},
{Name: "noop", Src: []string{"initial"}, Dst: "noOperation"}, //the versions are equal, nothing to do
{Name: "nosol", Src: []string{"configured", "initial", "inProgress"}, Dst: "noSolution"}, //cant find the version or its disqualified
{Name: "success", Src: []string{"inProgress", "verifying"}, Dst: "succeeded"}, // it worked
{Name: "fail", Src: []string{"initial", "configured", "inProgress", "verifying", "needsVerified"}, Dst: "failed"}, // it failed
},
fsm.Callbacks{
"enter_state": func(e *fsm.Event) { op.enterState(e) },
},
)
return op
}
type Operation struct {
OperationID uuid.UUID `json:"operationID"`
ActionID uuid.UUID `json:"actionID"`
AutomaticallyGenerated bool `json:"automaticallyGenerated,omitempty"`
StartTime sql.NullTime `json:"timeStart"`
EndTime sql.NullTime `json:"timeEnd"`
ExpirationTime sql.NullTime `json:"expirationTime"`
RefreshTime sql.NullTime `json:"refreshTime"` //when the record was last updated
StateHelper string `json:"stateHelper"`
State *fsm.FSM `json:"state"`
Error error `json:"error"`
Xname string `json:"xname"`
DeviceType string `json:"deviceType"`
Target string `json:"target"`
TargetName string `json:"targetName"`
Manufacturer string `json:"manufacturer"`
Model string `json:"model"`
SoftwareId string `json:"softwareId"`
FromFirmwareVersion string `json:"fromFirmwareVersion"` //mVersionCurrent
FromImageID uuid.UUID `json:"fromImageID"`
ToImageID uuid.UUID `json:"toImageID"`
HsmData hsm.HsmData `json:"hsmData"`
BlockedBy []uuid.UUID `json:"blockedBy"`
TaskLink string `json:"taskLink"`
UpdateInfoLink string `json:"updateInfoLink"`
}
type OperationStorable struct {
OperationID uuid.UUID `json:"operationID"`
ActionID uuid.UUID `json:"actionID"`
AutomaticallyGenerated bool `json:"automaticallyGenerated,omitempty"`
StartTime sql.NullTime `json:"startTime"`
EndTime sql.NullTime `json:"endTime"`
ExpirationTime sql.NullTime `json:"expirationTime"`
RefreshTime sql.NullTime `json:"refreshTime"` //when the record was last updated
StateHelper string `json:"stateHelper"`
State string `json:"state"`
Error string `json:"error"`
Xname string `json:"xname"`
DeviceType string `json:"deviceType"`
Target string `json:"target"`
TargetName string `json:"targetName"`
Manufacturer string `json:"manufacturer"`
Model string `json:"model"`
SoftwareId string `json:"softwareId"`
FromFirmwareVersion string `json:"fromFirmwareVersion"` //mVersionCurrent
FromImageID uuid.UUID `json:"fromImageID"`
ToImageID uuid.UUID `json:"toImageID"`
HsmData HsmDataStorable `json:"hsmData"`
BlockedBy []uuid.UUID `json:"blockedBy"`
TaskLink string `json:"taskLink"`
UpdateInfoLink string `json:"updateInfoLink"`
}
func ToOperationStorable(from Operation) (to OperationStorable) {
to = OperationStorable{
OperationID: from.OperationID,
ActionID: from.ActionID,
AutomaticallyGenerated: from.AutomaticallyGenerated,
StartTime: from.StartTime,
EndTime: from.EndTime,
ExpirationTime: from.ExpirationTime,
RefreshTime: from.RefreshTime,
StateHelper: from.StateHelper,
State: from.State.Current(),
Xname: from.Xname,
DeviceType: from.DeviceType,
Target: from.Target,
TargetName: from.TargetName,
Manufacturer: from.Manufacturer,
Model: from.Model,
SoftwareId: from.SoftwareId,
FromFirmwareVersion: from.FromFirmwareVersion,
FromImageID: from.FromImageID,
ToImageID: from.ToImageID,
HsmData: ToHsmDataStorable(from.HsmData),
BlockedBy: from.BlockedBy,
TaskLink: from.TaskLink,
UpdateInfoLink: from.UpdateInfoLink,
}
if from.Error != nil {
to.Error = from.Error.Error()
}
return to
}
func ToOperationFromStorable(from OperationStorable) (to Operation) {
to = Operation{
OperationID: from.OperationID,
ActionID: from.ActionID,
AutomaticallyGenerated: from.AutomaticallyGenerated,
StartTime: from.StartTime,
EndTime: from.EndTime,
ExpirationTime: from.ExpirationTime,
RefreshTime: from.RefreshTime,
StateHelper: from.StateHelper,
Xname: from.Xname,
DeviceType: from.DeviceType,
Target: from.Target,
TargetName: from.TargetName,
Manufacturer: from.Manufacturer,
Model: from.Model,
SoftwareId: from.SoftwareId,
FromFirmwareVersion: from.FromFirmwareVersion,
FromImageID: from.FromImageID,
ToImageID: from.ToImageID,
HsmData: ToHsmDataFromStorable(from.HsmData),
BlockedBy: from.BlockedBy,
TaskLink: from.TaskLink,
UpdateInfoLink: from.UpdateInfoLink,
}
if from.Error != "" {
to.Error = errors.New(from.Error)
}
to.State = fsm.NewFSM(
"initial",
fsm.Events{
{Name: "configure", Src: []string{"initial"}, Dst: "configured"}, //all the data is loaded, FAS should perform this op asap!
{Name: "block", Src: []string{"initial", "configured"}, Dst: "blocked"}, //FAS would be actively performing it, but something needs to clear up first
{Name: "unblock", Src: []string{"blocked"}, Dst: "configured"}, //FAS Can resume actitvely performing it
{Name: "start", Src: []string{"configured"}, Dst: "inProgress"}, //FAS is actively performing this op but hasnt sent the command
{Name: "restart", Src: []string{"inProgress"}, Dst: "inProgress"}, //FAS is actively performing this op but hasnt sent the command -> it is trying again, b/c the function died
{Name: "needsVerify", Src: []string{"inProgress"}, Dst: "needsVerified"}, //FAS has launched the op, but need s to make sure it worked
{Name: "verifying", Src: []string{"needsVerified"}, Dst: "verifying"}, //FAS has launched the op, but need s to make sure it worked
{Name: "reverifying", Src: []string{"verifying"}, Dst: "verifying"}, //FAS has launched the op, but need s to make sure it worked -> trying it again, function died.
{Name: "abort", Src: []string{"configured", "initial", "inProgress", "needsVerified", "verifying", "blocked"}, Dst: "aborted"},
{Name: "noop", Src: []string{"initial"}, Dst: "noOperation"}, //the versions are equal, nothing to do
{Name: "nosol", Src: []string{"configured", "initial", "inProgress"}, Dst: "noSolution"}, //cant find the version or its disqualified
{Name: "success", Src: []string{"inProgress", "verifying"}, Dst: "succeeded"}, // it worked
{Name: "fail", Src: []string{"initial", "configured", "inProgress", "verifying", "needsVerified"}, Dst: "failed"}, // it failed
},
fsm.Callbacks{
"enter_state": func(e *fsm.Event) { to.enterState(e) },
},
)
to.restoreState(from.State)
to.RefreshTime.Scan(from.RefreshTime.Time)
return to
}
type HsmDataStorable struct {
ID string `json:"id,omitempty"`
Type string `json:"type"`
Hostname string `json:"hostname,omitempty"`
Domain string `json:"domain,omitempty"`
FQDN string `json:"FQDN"`
UpdateURI string `json:"updateURI"`
InventoryURI string `json:"inventoryURI"`
Role string `json:"role"`
Model string `json:"model"`
Manufacturer string `json:"manufacturer"`
Error string `json:"error"`
BmcPath string `json:"bmdPath"'`
RfType string `json:"rfType"`
DiscInfo rf.DiscoveryInfo `json:"discoveryInfo,omitempty"`
ActionReset rf.ActionReset `json:"actionReset,omitempty"`
}
func ToHsmDataStorable(from hsm.HsmData) (to HsmDataStorable) {
to = HsmDataStorable{
ID: from.ID,
Type: from.Type,
Hostname: from.Hostname,
Domain: from.Domain,
FQDN: from.FQDN,
UpdateURI: from.UpdateURI,
InventoryURI: from.InventoryURI,
Role: from.Role,
Model: from.Model,
Manufacturer: from.Manufacturer,
BmcPath: from.BmcPath,
RfType: from.RfType,
DiscInfo: from.DiscInfo,
ActionReset: from.ActionReset,
}
if from.Error != nil {
to.Error = from.Error.Error()
}
return to
}
func ToHsmDataFromStorable(from HsmDataStorable) (to hsm.HsmData) {
to = hsm.HsmData{
ID: from.ID,
Type: from.Type,
Hostname: from.Hostname,
Domain: from.Domain,
FQDN: from.FQDN,
UpdateURI: from.UpdateURI,
InventoryURI: from.InventoryURI,
Role: from.Role,
Model: from.Model,
Manufacturer: from.Manufacturer,
BmcPath: from.BmcPath,
RfType: from.RfType,
DiscInfo: from.DiscInfo,
ActionReset: from.ActionReset,
}
if from.Error != "" {
to.Error = errors.New(from.Error)
}
return to
}
func (obj *Action) Equals(other Action) bool {
if !(obj.ActionID == other.ActionID) {
logrus.Warn("ActionID not equal")
return false
} else if !(obj.SnapshotID == other.SnapshotID) {
logrus.Warn("SnapshotID not equal")
return false
} else if !(obj.Command == other.Command) {
logrus.Warn("Command not equal")
return false
} else if !(obj.StartTime.Time.Round(0).Equal(other.StartTime.Time.Round(0))) {
logrus.Warn("StartTime not equal")
return false
} else if !(obj.EndTime.Time.Round(0).Equal(other.EndTime.Time.Round(0))) {
logrus.Warn("EndTime not equal")
return false
} else if !(obj.State.Current() == other.State.Current()) {
logrus.Warn("state not equal")
return false
} else if !(obj.RefreshTime.Time.Round(0).Equal(other.RefreshTime.Time.Round(0))) {
logrus.Warn("RefreshTime not equal")
return false
} else if !(obj.Command.Equals(other.Command)) {
logrus.Warn("Command not equal")
return false
} else if !(obj.Parameters.Equals(other.Parameters)) {
logrus.Warn("Parameters not equal")
return false
} else if !(model.UUIDSliceEquals(obj.BlockedBy, other.BlockedBy)) {
logrus.Warn("BlockedBy not equal")
return false
} else if !(model.UUIDSliceEquals(obj.OperationIDs, other.OperationIDs)) {
logrus.Warn("OperationIDs not equal")
return false
}
return true
}
func (obj *Operation) Equals(other Operation) bool {
if obj.OperationID != other.OperationID {
logrus.Warn("operationID not equal")
return false
} else if obj.ActionID != other.ActionID {
logrus.Warn("operationID not equal")
return false
} else if obj.StartTime.Time.Round(0).Equal(other.StartTime.Time.Round(0)) == false {
logrus.Warn("operationID not equal")
return false
} else if obj.EndTime.Time.Round(0).Equal(other.EndTime.Time.Round(0)) == false {
logrus.Warn("operationID not equal")
return false
} else if obj.ExpirationTime.Time.Round(0).Equal(other.ExpirationTime.Time.Round(0)) == false {
logrus.Warn("ExpirationTime not equal")
return false
} else if obj.RefreshTime.Time.Round(0).Equal(other.RefreshTime.Time.Round(0)) == false {
logrus.Warn("RefreshTime not equal")
return false
} else if obj.StateHelper != other.StateHelper {
logrus.Warn("StateHelper not equal")
return false
} else if !(obj.State.Current() == other.State.Current()) {
logrus.Warn("State not equal")
return false
} else if !(obj.Error == other.Error) {
logrus.Warn("Error not equal")
return false
} else if !(obj.Xname == other.Xname) {
logrus.Warn("Xname not equal")
return false
} else if !(obj.DeviceType == other.DeviceType) {
logrus.Warn("DeviceType not equal")
return false
} else if !(obj.Target == other.Target) {
logrus.Warn("Target not equal")
return false
} else if !(obj.TargetName == other.TargetName) {
logrus.Warn("TargetName not equal")
return false
} else if !(obj.Manufacturer == other.Manufacturer) {
logrus.Warn("Manufacturer not equal")
return false
} else if !(obj.Model == other.Model) {
logrus.Warn("Model not equal")
return false
} else if !(obj.FromFirmwareVersion == other.FromFirmwareVersion) {
logrus.Warn("FromFirmwareVersion not equal")
return false
} else if !(obj.FromImageID == other.FromImageID) {
logrus.Warn("FromImageID not equal")
return false
} else if !(obj.ToImageID == other.ToImageID) {
logrus.Warn("ToImageID not equal")
return false
} else if obj.HsmData.Equals(other.HsmData) == false {
logrus.Warn("hsmData not equal")
return false
} else if model.UUIDSliceEquals(obj.BlockedBy, other.BlockedBy) == false {
logrus.Warn("blockedBy not equal")
return false
} else if !(obj.SoftwareId == other.SoftwareId) {
logrus.Warn("softwareId not equal")
return false
} else if !(obj.TaskLink == other.TaskLink) {
logrus.Warn("taskLink not equal")
return false
} else if !(obj.UpdateInfoLink == other.UpdateInfoLink) {
logrus.Warn("updateInfoLink not equal")
return false
}
return true
}
func NewActionID() (id ActionID) {
id.ActionID = uuid.New()
return
}
type ActionParameters struct {
StateComponentFilter StateComponentFilter `json:"stateComponentFilter,omitempty"`
InventoryHardwareFilter InventoryHardwareFilter `json:"inventoryHardwareFilter,omitempty"`
ImageFilter ImageFilter `json:"imageFilter,omitempty"`
TargetFilter TargetFilter `json:"targetFilter,omitempty"`
Command Command `json:"command"`
}
//this may ONLY resolve to 1 imageID
type ImageFilter struct {
ImageID uuid.UUID `json:"imageID"`
OverrideImage bool `json:"overrideImage"`
}
func (obj *ImageFilter) Equals(other ImageFilter) bool {
if obj.ImageID == other.ImageID &&
obj.OverrideImage == other.OverrideImage {
return true
}
return false
}
//The addition of TAG to command makes this more of a last second sanity check. We had the option to add Tags to
//imageFilter, however if we did that we would always expect an image filter. We had been implicitly using tag, in that
//we expected the image.Tags to be (contain) 'default' otherwise we would NOT match. It is possible that by putting tag
//in command that there may be extra operations that get set at noSolution at the last possible second, whereas a more
//preemptive approach would be to filter images that dont bare that tag. B/c tag was being used implicitly we decided to
//put it in command instead of in imageFilter.
//Tags does NOT impact the use of an imageID, or the taking of a snapshot. B/c in both of those cases the Version is
//set to explicit
type Command struct {
OverrideDryrun bool `json:"overrideDryrun"`
RestoreNotPossibleOverride bool `json:"restoreNotPossibleOverride"` // it is probable in many cases that there will NOT be any return
// image to go back to. In that case we should NOT update unless the override is set, that way we can always get back
OverwriteSameImage bool `json:"overwriteSameImage"` // If to and from version are the same, update anyways
TimeLimit_Seconds int `json:"timeLimit,omitempty"` //IDEA IS THAT IT WILL BE SECONDS
Version string `json:"version"` //earliest, latest
Tag string `json:"tag"`
Description string `json:"description"` //WHY are you doing this action?
}
func (obj *Command) Equals(other Command) bool {
if obj.OverrideDryrun == other.OverrideDryrun &&
obj.RestoreNotPossibleOverride == other.RestoreNotPossibleOverride &&
obj.TimeLimit_Seconds == other.TimeLimit_Seconds &&
obj.Version == other.Version &&
obj.Description == other.Description {
return true
}
return false
}
func (obj *ActionParameters) Equals(other ActionParameters) bool {
if obj.StateComponentFilter.Equals(other.StateComponentFilter) &&
obj.InventoryHardwareFilter.Equals(other.InventoryHardwareFilter) &&
obj.TargetFilter.Equals(other.TargetFilter) &&
obj.ImageFilter.Equals(other.ImageFilter) &&
obj.Command.Equals(other.Command) {
return true
}
return false
}