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end_device_flags.pb.go
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end_device_flags.pb.go
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// Code generated by protoc-gen-go-flags. DO NOT EDIT.
// versions:
// - protoc-gen-go-flags v1.2.0
// - protoc v4.23.4
// source: ttn/lorawan/v3/end_device.proto
package ttnpb
import (
flagsplugin "github.com/TheThingsIndustries/protoc-gen-go-flags/flagsplugin"
golang "github.com/TheThingsIndustries/protoc-gen-go-flags/golang"
pflag "github.com/spf13/pflag"
customflags "go.thethings.network/lorawan-stack/v3/cmd/ttn-lw-cli/customflags"
wrapperspb "google.golang.org/protobuf/types/known/wrapperspb"
)
// AddSelectFlagsForSession adds flags to select fields in Session.
func AddSelectFlagsForSession(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("dev-addr", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("dev-addr", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("keys", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("keys", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForSessionKeys(flags, flagsplugin.Prefix("keys", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("last-f-cnt-up", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("last-f-cnt-up", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("last-n-f-cnt-down", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("last-n-f-cnt-down", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("last-a-f-cnt-down", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("last-a-f-cnt-down", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("last-conf-f-cnt-down", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("last-conf-f-cnt-down", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("started-at", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("started-at", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("queued-application-downlinks", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("queued-application-downlinks", prefix), false), flagsplugin.WithHidden(hidden)))
}
// SelectFromFlags outputs the fieldmask paths forSession message from select flags.
func PathsFromSelectFlagsForSession(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("dev_addr", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("dev_addr", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("keys", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("keys", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForSessionKeys(flags, flagsplugin.Prefix("keys", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("last_f_cnt_up", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("last_f_cnt_up", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("last_n_f_cnt_down", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("last_n_f_cnt_down", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("last_a_f_cnt_down", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("last_a_f_cnt_down", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("last_conf_f_cnt_down", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("last_conf_f_cnt_down", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("started_at", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("started_at", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("queued_application_downlinks", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("queued_application_downlinks", prefix))
}
return paths, nil
}
// AddSetFlagsForSession adds flags to select fields in Session.
func AddSetFlagsForSession(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(customflags.New4BytesFlag(flagsplugin.Prefix("dev-addr", prefix), "", flagsplugin.WithHidden(hidden)))
AddSetFlagsForSessionKeys(flags, flagsplugin.Prefix("keys", prefix), hidden)
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("last-f-cnt-up", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("last-n-f-cnt-down", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("last-a-f-cnt-down", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("last-conf-f-cnt-down", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewTimestampFlag(flagsplugin.Prefix("started-at", prefix), "", flagsplugin.WithHidden(hidden)))
// FIXME: Skipping QueuedApplicationDownlinks because repeated messages are currently not supported.
}
// SetFromFlags sets the Session message from flags.
func (m *Session) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, changed, err := customflags.GetExactBytes(flags, flagsplugin.Prefix("dev_addr", prefix)); err != nil {
return nil, err
} else if changed {
m.DevAddr = val
paths = append(paths, flagsplugin.Prefix("dev_addr", prefix))
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("keys", prefix)); changed {
if m.Keys == nil {
m.Keys = &SessionKeys{}
}
if setPaths, err := m.Keys.SetFromFlags(flags, flagsplugin.Prefix("keys", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("last_f_cnt_up", prefix)); err != nil {
return nil, err
} else if changed {
m.LastFCntUp = val
paths = append(paths, flagsplugin.Prefix("last_f_cnt_up", prefix))
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("last_n_f_cnt_down", prefix)); err != nil {
return nil, err
} else if changed {
m.LastNFCntDown = val
paths = append(paths, flagsplugin.Prefix("last_n_f_cnt_down", prefix))
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("last_a_f_cnt_down", prefix)); err != nil {
return nil, err
} else if changed {
m.LastAFCntDown = val
paths = append(paths, flagsplugin.Prefix("last_a_f_cnt_down", prefix))
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("last_conf_f_cnt_down", prefix)); err != nil {
return nil, err
} else if changed {
m.LastConfFCntDown = val
paths = append(paths, flagsplugin.Prefix("last_conf_f_cnt_down", prefix))
}
if val, changed, err := flagsplugin.GetTimestamp(flags, flagsplugin.Prefix("started_at", prefix)); err != nil {
return nil, err
} else if changed {
m.StartedAt = golang.SetTimestamp(val)
paths = append(paths, flagsplugin.Prefix("started_at", prefix))
}
// FIXME: Skipping QueuedApplicationDownlinks because it does not seem to implement AddSetFlags.
return paths, nil
}
// AddSelectFlagsForBoolValue adds flags to select fields in BoolValue.
func AddSelectFlagsForBoolValue(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("value", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("value", prefix), false), flagsplugin.WithHidden(hidden)))
}
// SelectFromFlags outputs the fieldmask paths forBoolValue message from select flags.
func PathsFromSelectFlagsForBoolValue(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("value", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("value", prefix))
}
return paths, nil
}
// AddSetFlagsForBoolValue adds flags to select fields in BoolValue.
func AddSetFlagsForBoolValue(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("value", prefix), "", flagsplugin.WithHidden(hidden)))
}
// SetFromFlags sets the BoolValue message from flags.
func (m *BoolValue) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, changed, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("value", prefix)); err != nil {
return nil, err
} else if changed {
m.Value = val
paths = append(paths, flagsplugin.Prefix("value", prefix))
}
return paths, nil
}
// AddSelectFlagsForServingRelayForwardingLimits adds flags to select fields in ServingRelayForwardingLimits.
func AddSelectFlagsForServingRelayForwardingLimits(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("reset-behavior", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("reset-behavior", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("join-requests", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("join-requests", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("join-requests", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("notifications", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("notifications", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("notifications", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("uplink-messages", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("uplink-messages", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("uplink-messages", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("overall", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("overall", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("overall", prefix), hidden)
}
// SelectFromFlags outputs the fieldmask paths forServingRelayForwardingLimits message from select flags.
func PathsFromSelectFlagsForServingRelayForwardingLimits(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("reset_behavior", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("reset_behavior", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("join_requests", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("join_requests", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("join_requests", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("notifications", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("notifications", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("notifications", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("uplink_messages", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("uplink_messages", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("uplink_messages", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("overall", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("overall", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("overall", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
return paths, nil
}
// AddSetFlagsForServingRelayForwardingLimits adds flags to select fields in ServingRelayForwardingLimits.
func AddSetFlagsForServingRelayForwardingLimits(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewStringFlag(flagsplugin.Prefix("reset-behavior", prefix), flagsplugin.EnumValueDesc(RelayResetLimitCounter_value), flagsplugin.WithHidden(hidden)))
AddSetFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("join-requests", prefix), hidden)
AddSetFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("notifications", prefix), hidden)
AddSetFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("uplink-messages", prefix), hidden)
AddSetFlagsForRelayForwardLimits(flags, flagsplugin.Prefix("overall", prefix), hidden)
}
// SetFromFlags sets the ServingRelayForwardingLimits message from flags.
func (m *ServingRelayForwardingLimits) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, changed, err := flagsplugin.GetString(flags, flagsplugin.Prefix("reset_behavior", prefix)); err != nil {
return nil, err
} else if changed {
enumValue, err := flagsplugin.SetEnumString(val, RelayResetLimitCounter_value)
if err != nil {
return nil, err
}
m.ResetBehavior = RelayResetLimitCounter(enumValue)
paths = append(paths, flagsplugin.Prefix("reset_behavior", prefix))
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("join_requests", prefix)); changed {
if m.JoinRequests == nil {
m.JoinRequests = &RelayForwardLimits{}
}
if setPaths, err := m.JoinRequests.SetFromFlags(flags, flagsplugin.Prefix("join_requests", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("notifications", prefix)); changed {
if m.Notifications == nil {
m.Notifications = &RelayForwardLimits{}
}
if setPaths, err := m.Notifications.SetFromFlags(flags, flagsplugin.Prefix("notifications", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("uplink_messages", prefix)); changed {
if m.UplinkMessages == nil {
m.UplinkMessages = &RelayForwardLimits{}
}
if setPaths, err := m.UplinkMessages.SetFromFlags(flags, flagsplugin.Prefix("uplink_messages", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("overall", prefix)); changed {
if m.Overall == nil {
m.Overall = &RelayForwardLimits{}
}
if setPaths, err := m.Overall.SetFromFlags(flags, flagsplugin.Prefix("overall", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
return paths, nil
}
// AddSelectFlagsForRelayUplinkForwardingRule adds flags to select fields in RelayUplinkForwardingRule.
func AddSelectFlagsForRelayUplinkForwardingRule(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("limits", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("limits", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayUplinkForwardLimits(flags, flagsplugin.Prefix("limits", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("last-w-f-cnt", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("last-w-f-cnt", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("device-id", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("device-id", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("session-key-id", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("session-key-id", prefix), false), flagsplugin.WithHidden(hidden)))
}
// SelectFromFlags outputs the fieldmask paths forRelayUplinkForwardingRule message from select flags.
func PathsFromSelectFlagsForRelayUplinkForwardingRule(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("limits", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayUplinkForwardLimits(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("last_w_f_cnt", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("last_w_f_cnt", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("device_id", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("device_id", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("session_key_id", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("session_key_id", prefix))
}
return paths, nil
}
// AddSetFlagsForRelayUplinkForwardingRule adds flags to select fields in RelayUplinkForwardingRule.
func AddSetFlagsForRelayUplinkForwardingRule(flags *pflag.FlagSet, prefix string, hidden bool) {
AddSetFlagsForRelayUplinkForwardLimits(flags, flagsplugin.Prefix("limits", prefix), hidden)
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("last-w-f-cnt", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewStringFlag(flagsplugin.Prefix("device-id", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBytesFlag(flagsplugin.Prefix("session-key-id", prefix), "", flagsplugin.WithHidden(hidden)))
}
// SetFromFlags sets the RelayUplinkForwardingRule message from flags.
func (m *RelayUplinkForwardingRule) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("limits", prefix)); changed {
if m.Limits == nil {
m.Limits = &RelayUplinkForwardLimits{}
}
if setPaths, err := m.Limits.SetFromFlags(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("last_w_f_cnt", prefix)); err != nil {
return nil, err
} else if changed {
m.LastWFCnt = val
paths = append(paths, flagsplugin.Prefix("last_w_f_cnt", prefix))
}
if val, changed, err := flagsplugin.GetString(flags, flagsplugin.Prefix("device_id", prefix)); err != nil {
return nil, err
} else if changed {
m.DeviceId = val
paths = append(paths, flagsplugin.Prefix("device_id", prefix))
}
if val, changed, err := flagsplugin.GetBytes(flags, flagsplugin.Prefix("session_key_id", prefix)); err != nil {
return nil, err
} else if changed {
m.SessionKeyId = val
paths = append(paths, flagsplugin.Prefix("session_key_id", prefix))
}
return paths, nil
}
// AddSelectFlagsForServingRelayParameters adds flags to select fields in ServingRelayParameters.
func AddSelectFlagsForServingRelayParameters(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("second-channel", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("second-channel", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second-channel", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("default-channel-index", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("default-channel-index", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("cad-periodicity", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("cad-periodicity", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("uplink-forwarding-rules", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("uplink-forwarding-rules", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("limits", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("limits", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForServingRelayForwardingLimits(flags, flagsplugin.Prefix("limits", prefix), hidden)
}
// SelectFromFlags outputs the fieldmask paths forServingRelayParameters message from select flags.
func PathsFromSelectFlagsForServingRelayParameters(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("second_channel", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("default_channel_index", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("default_channel_index", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("cad_periodicity", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("cad_periodicity", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("uplink_forwarding_rules", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("uplink_forwarding_rules", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("limits", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForServingRelayForwardingLimits(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
return paths, nil
}
// AddSetFlagsForServingRelayParameters adds flags to select fields in ServingRelayParameters.
func AddSetFlagsForServingRelayParameters(flags *pflag.FlagSet, prefix string, hidden bool) {
AddSetFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second-channel", prefix), hidden)
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("default-channel-index", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewStringFlag(flagsplugin.Prefix("cad-periodicity", prefix), flagsplugin.EnumValueDesc(RelayCADPeriodicity_value), flagsplugin.WithHidden(hidden)))
// FIXME: Skipping UplinkForwardingRules because repeated messages are currently not supported.
AddSetFlagsForServingRelayForwardingLimits(flags, flagsplugin.Prefix("limits", prefix), hidden)
}
// SetFromFlags sets the ServingRelayParameters message from flags.
func (m *ServingRelayParameters) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("second_channel", prefix)); changed {
if m.SecondChannel == nil {
m.SecondChannel = &RelaySecondChannel{}
}
if setPaths, err := m.SecondChannel.SetFromFlags(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("default_channel_index", prefix)); err != nil {
return nil, err
} else if changed {
m.DefaultChannelIndex = val
paths = append(paths, flagsplugin.Prefix("default_channel_index", prefix))
}
if val, changed, err := flagsplugin.GetString(flags, flagsplugin.Prefix("cad_periodicity", prefix)); err != nil {
return nil, err
} else if changed {
enumValue, err := flagsplugin.SetEnumString(val, RelayCADPeriodicity_value)
if err != nil {
return nil, err
}
m.CadPeriodicity = RelayCADPeriodicity(enumValue)
paths = append(paths, flagsplugin.Prefix("cad_periodicity", prefix))
}
// FIXME: Skipping UplinkForwardingRules because it does not seem to implement AddSetFlags.
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("limits", prefix)); changed {
if m.Limits == nil {
m.Limits = &ServingRelayForwardingLimits{}
}
if setPaths, err := m.Limits.SetFromFlags(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
return paths, nil
}
// AddSelectFlagsForServedRelayParameters adds flags to select fields in ServedRelayParameters.
func AddSelectFlagsForServedRelayParameters(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.always", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.always", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayEndDeviceAlwaysMode(flags, flagsplugin.Prefix("mode.always", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.dynamic", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.dynamic", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayEndDeviceDynamicMode(flags, flagsplugin.Prefix("mode.dynamic", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.end-device-controlled", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.end-device-controlled", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayEndDeviceControlledMode(flags, flagsplugin.Prefix("mode.end-device-controlled", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("backoff", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("backoff", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("second-channel", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("second-channel", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second-channel", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("serving-device-id", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("serving-device-id", prefix), false), flagsplugin.WithHidden(hidden)))
}
// SelectFromFlags outputs the fieldmask paths forServedRelayParameters message from select flags.
func PathsFromSelectFlagsForServedRelayParameters(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.always", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.always", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayEndDeviceAlwaysMode(flags, flagsplugin.Prefix("mode.always", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.dynamic", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.dynamic", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayEndDeviceDynamicMode(flags, flagsplugin.Prefix("mode.dynamic", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.end_device_controlled", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.end_device_controlled", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayEndDeviceControlledMode(flags, flagsplugin.Prefix("mode.end_device_controlled", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("backoff", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("backoff", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("second_channel", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("serving_device_id", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("serving_device_id", prefix))
}
return paths, nil
}
// AddSetFlagsForServedRelayParameters adds flags to select fields in ServedRelayParameters.
func AddSetFlagsForServedRelayParameters(flags *pflag.FlagSet, prefix string, hidden bool) {
AddSetFlagsForRelayEndDeviceAlwaysMode(flags, flagsplugin.Prefix("mode.always", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.always", prefix), "", flagsplugin.WithHidden(hidden)))
AddSetFlagsForRelayEndDeviceDynamicMode(flags, flagsplugin.Prefix("mode.dynamic", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.dynamic", prefix), "", flagsplugin.WithHidden(hidden)))
AddSetFlagsForRelayEndDeviceControlledMode(flags, flagsplugin.Prefix("mode.end-device-controlled", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.end-device-controlled", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("backoff", prefix), "", flagsplugin.WithHidden(hidden)))
AddSetFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second-channel", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("second-channel", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewStringFlag(flagsplugin.Prefix("serving-device-id", prefix), "", flagsplugin.WithHidden(hidden)))
}
// SetFromFlags sets the ServedRelayParameters message from flags.
func (m *ServedRelayParameters) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("mode.always", prefix)); changed {
ov := &ServedRelayParameters_Always{}
if ov.Always == nil {
ov.Always = &RelayEndDeviceAlwaysMode{}
}
if setPaths, err := ov.Always.SetFromFlags(flags, flagsplugin.Prefix("mode.always", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "mode.always")
} else {
paths = append(paths, setPaths...)
}
m.Mode = ov
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("mode.dynamic", prefix)); changed {
ov := &ServedRelayParameters_Dynamic{}
if ov.Dynamic == nil {
ov.Dynamic = &RelayEndDeviceDynamicMode{}
}
if setPaths, err := ov.Dynamic.SetFromFlags(flags, flagsplugin.Prefix("mode.dynamic", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "mode.dynamic")
} else {
paths = append(paths, setPaths...)
}
m.Mode = ov
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("mode.end_device_controlled", prefix)); changed {
ov := &ServedRelayParameters_EndDeviceControlled{}
if ov.EndDeviceControlled == nil {
ov.EndDeviceControlled = &RelayEndDeviceControlledMode{}
}
if setPaths, err := ov.EndDeviceControlled.SetFromFlags(flags, flagsplugin.Prefix("mode.end_device_controlled", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "mode.end_device_controlled")
} else {
paths = append(paths, setPaths...)
}
m.Mode = ov
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("backoff", prefix)); err != nil {
return nil, err
} else if changed {
m.Backoff = val
paths = append(paths, flagsplugin.Prefix("backoff", prefix))
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("second_channel", prefix)); changed {
if m.SecondChannel == nil {
m.SecondChannel = &RelaySecondChannel{}
}
if setPaths, err := m.SecondChannel.SetFromFlags(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "second_channel")
} else {
paths = append(paths, setPaths...)
}
}
if val, changed, err := flagsplugin.GetString(flags, flagsplugin.Prefix("serving_device_id", prefix)); err != nil {
return nil, err
} else if changed {
m.ServingDeviceId = val
paths = append(paths, flagsplugin.Prefix("serving_device_id", prefix))
}
return paths, nil
}
// AddSelectFlagsForRelayParameters adds flags to select fields in RelayParameters.
func AddSelectFlagsForRelayParameters(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.serving", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.serving", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForServingRelayParameters(flags, flagsplugin.Prefix("mode.serving", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.served", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.served", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForServedRelayParameters(flags, flagsplugin.Prefix("mode.served", prefix), hidden)
}
// SelectFromFlags outputs the fieldmask paths forRelayParameters message from select flags.
func PathsFromSelectFlagsForRelayParameters(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.serving", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.serving", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForServingRelayParameters(flags, flagsplugin.Prefix("mode.serving", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.served", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.served", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForServedRelayParameters(flags, flagsplugin.Prefix("mode.served", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
return paths, nil
}
// AddSetFlagsForRelayParameters adds flags to select fields in RelayParameters.
func AddSetFlagsForRelayParameters(flags *pflag.FlagSet, prefix string, hidden bool) {
AddSetFlagsForServingRelayParameters(flags, flagsplugin.Prefix("mode.serving", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.serving", prefix), "", flagsplugin.WithHidden(hidden)))
AddSetFlagsForServedRelayParameters(flags, flagsplugin.Prefix("mode.served", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.served", prefix), "", flagsplugin.WithHidden(hidden)))
}
// SetFromFlags sets the RelayParameters message from flags.
func (m *RelayParameters) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("mode.serving", prefix)); changed {
ov := &RelayParameters_Serving{}
if ov.Serving == nil {
ov.Serving = &ServingRelayParameters{}
}
if setPaths, err := ov.Serving.SetFromFlags(flags, flagsplugin.Prefix("mode.serving", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "mode.serving")
} else {
paths = append(paths, setPaths...)
}
m.Mode = ov
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("mode.served", prefix)); changed {
ov := &RelayParameters_Served{}
if ov.Served == nil {
ov.Served = &ServedRelayParameters{}
}
if setPaths, err := ov.Served.SetFromFlags(flags, flagsplugin.Prefix("mode.served", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "mode.served")
} else {
paths = append(paths, setPaths...)
}
m.Mode = ov
}
return paths, nil
}
// AddSelectFlagsForServingRelaySettings adds flags to select fields in ServingRelaySettings.
func AddSelectFlagsForServingRelaySettings(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("second-channel", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("second-channel", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second-channel", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("default-channel-index", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("default-channel-index", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("cad-periodicity", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("cad-periodicity", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("uplink-forwarding-rules", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("uplink-forwarding-rules", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("limits", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("limits", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForServingRelayForwardingLimits(flags, flagsplugin.Prefix("limits", prefix), hidden)
}
// SelectFromFlags outputs the fieldmask paths forServingRelaySettings message from select flags.
func PathsFromSelectFlagsForServingRelaySettings(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("second_channel", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("default_channel_index", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("default_channel_index", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("cad_periodicity", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("cad_periodicity", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("uplink_forwarding_rules", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("uplink_forwarding_rules", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("limits", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForServingRelayForwardingLimits(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
return paths, nil
}
// AddSetFlagsForServingRelaySettings adds flags to select fields in ServingRelaySettings.
func AddSetFlagsForServingRelaySettings(flags *pflag.FlagSet, prefix string, hidden bool) {
AddSetFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second-channel", prefix), hidden)
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("default-channel-index", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewStringFlag(flagsplugin.Prefix("cad-periodicity", prefix), flagsplugin.EnumValueDesc(RelayCADPeriodicity_value), flagsplugin.WithHidden(hidden)))
// FIXME: Skipping UplinkForwardingRules because repeated messages are currently not supported.
AddSetFlagsForServingRelayForwardingLimits(flags, flagsplugin.Prefix("limits", prefix), hidden)
}
// SetFromFlags sets the ServingRelaySettings message from flags.
func (m *ServingRelaySettings) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("second_channel", prefix)); changed {
if m.SecondChannel == nil {
m.SecondChannel = &RelaySecondChannel{}
}
if setPaths, err := m.SecondChannel.SetFromFlags(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("default_channel_index", prefix)); err != nil {
return nil, err
} else if changed {
m.DefaultChannelIndex = &wrapperspb.UInt32Value{Value: val}
paths = append(paths, flagsplugin.Prefix("default_channel_index", prefix))
}
if val, changed, err := flagsplugin.GetString(flags, flagsplugin.Prefix("cad_periodicity", prefix)); err != nil {
return nil, err
} else if changed {
enumValue, err := flagsplugin.SetEnumString(val, RelayCADPeriodicity_value)
if err != nil {
return nil, err
}
m.CadPeriodicity = RelayCADPeriodicity(enumValue)
paths = append(paths, flagsplugin.Prefix("cad_periodicity", prefix))
}
// FIXME: Skipping UplinkForwardingRules because it does not seem to implement AddSetFlags.
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("limits", prefix)); changed {
if m.Limits == nil {
m.Limits = &ServingRelayForwardingLimits{}
}
if setPaths, err := m.Limits.SetFromFlags(flags, flagsplugin.Prefix("limits", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, setPaths...)
}
}
return paths, nil
}
// AddSelectFlagsForServedRelaySettings adds flags to select fields in ServedRelaySettings.
func AddSelectFlagsForServedRelaySettings(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.always", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.always", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayEndDeviceAlwaysMode(flags, flagsplugin.Prefix("mode.always", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.dynamic", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.dynamic", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayEndDeviceDynamicMode(flags, flagsplugin.Prefix("mode.dynamic", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.end-device-controlled", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.end-device-controlled", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelayEndDeviceControlledMode(flags, flagsplugin.Prefix("mode.end-device-controlled", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("backoff", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("backoff", prefix), false), flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("second-channel", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("second-channel", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second-channel", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("serving-device-id", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("serving-device-id", prefix), false), flagsplugin.WithHidden(hidden)))
}
// SelectFromFlags outputs the fieldmask paths forServedRelaySettings message from select flags.
func PathsFromSelectFlagsForServedRelaySettings(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.always", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.always", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayEndDeviceAlwaysMode(flags, flagsplugin.Prefix("mode.always", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.dynamic", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.dynamic", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayEndDeviceDynamicMode(flags, flagsplugin.Prefix("mode.dynamic", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.end_device_controlled", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.end_device_controlled", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelayEndDeviceControlledMode(flags, flagsplugin.Prefix("mode.end_device_controlled", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("backoff", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("backoff", prefix))
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("second_channel", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("serving_device_id", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("serving_device_id", prefix))
}
return paths, nil
}
// AddSetFlagsForServedRelaySettings adds flags to select fields in ServedRelaySettings.
func AddSetFlagsForServedRelaySettings(flags *pflag.FlagSet, prefix string, hidden bool) {
AddSetFlagsForRelayEndDeviceAlwaysMode(flags, flagsplugin.Prefix("mode.always", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.always", prefix), "", flagsplugin.WithHidden(hidden)))
AddSetFlagsForRelayEndDeviceDynamicMode(flags, flagsplugin.Prefix("mode.dynamic", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.dynamic", prefix), "", flagsplugin.WithHidden(hidden)))
AddSetFlagsForRelayEndDeviceControlledMode(flags, flagsplugin.Prefix("mode.end-device-controlled", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.end-device-controlled", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewUint32Flag(flagsplugin.Prefix("backoff", prefix), "", flagsplugin.WithHidden(hidden)))
AddSetFlagsForRelaySecondChannel(flags, flagsplugin.Prefix("second-channel", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("second-channel", prefix), "", flagsplugin.WithHidden(hidden)))
flags.AddFlag(flagsplugin.NewStringFlag(flagsplugin.Prefix("serving-device-id", prefix), "", flagsplugin.WithHidden(hidden)))
}
// SetFromFlags sets the ServedRelaySettings message from flags.
func (m *ServedRelaySettings) SetFromFlags(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("mode.always", prefix)); changed {
ov := &ServedRelaySettings_Always{}
if ov.Always == nil {
ov.Always = &RelayEndDeviceAlwaysMode{}
}
if setPaths, err := ov.Always.SetFromFlags(flags, flagsplugin.Prefix("mode.always", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "mode.always")
} else {
paths = append(paths, setPaths...)
}
m.Mode = ov
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("mode.dynamic", prefix)); changed {
ov := &ServedRelaySettings_Dynamic{}
if ov.Dynamic == nil {
ov.Dynamic = &RelayEndDeviceDynamicMode{}
}
if setPaths, err := ov.Dynamic.SetFromFlags(flags, flagsplugin.Prefix("mode.dynamic", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "mode.dynamic")
} else {
paths = append(paths, setPaths...)
}
m.Mode = ov
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("mode.end_device_controlled", prefix)); changed {
ov := &ServedRelaySettings_EndDeviceControlled{}
if ov.EndDeviceControlled == nil {
ov.EndDeviceControlled = &RelayEndDeviceControlledMode{}
}
if setPaths, err := ov.EndDeviceControlled.SetFromFlags(flags, flagsplugin.Prefix("mode.end_device_controlled", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "mode.end_device_controlled")
} else {
paths = append(paths, setPaths...)
}
m.Mode = ov
}
if val, changed, err := flagsplugin.GetUint32(flags, flagsplugin.Prefix("backoff", prefix)); err != nil {
return nil, err
} else if changed {
m.Backoff = &wrapperspb.UInt32Value{Value: val}
paths = append(paths, flagsplugin.Prefix("backoff", prefix))
}
if changed := flagsplugin.IsAnyPrefixSet(flags, flagsplugin.Prefix("second_channel", prefix)); changed {
if m.SecondChannel == nil {
m.SecondChannel = &RelaySecondChannel{}
}
if setPaths, err := m.SecondChannel.SetFromFlags(flags, flagsplugin.Prefix("second_channel", prefix)); err != nil {
return nil, err
} else if len(setPaths) == 0 {
paths = append(paths, "second_channel")
} else {
paths = append(paths, setPaths...)
}
}
if val, changed, err := flagsplugin.GetString(flags, flagsplugin.Prefix("serving_device_id", prefix)); err != nil {
return nil, err
} else if changed {
m.ServingDeviceId = val
paths = append(paths, flagsplugin.Prefix("serving_device_id", prefix))
}
return paths, nil
}
// AddSelectFlagsForRelaySettings adds flags to select fields in RelaySettings.
func AddSelectFlagsForRelaySettings(flags *pflag.FlagSet, prefix string, hidden bool) {
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.serving", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.serving", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForServingRelaySettings(flags, flagsplugin.Prefix("mode.serving", prefix), hidden)
flags.AddFlag(flagsplugin.NewBoolFlag(flagsplugin.Prefix("mode.served", prefix), flagsplugin.SelectDesc(flagsplugin.Prefix("mode.served", prefix), true), flagsplugin.WithHidden(hidden)))
AddSelectFlagsForServedRelaySettings(flags, flagsplugin.Prefix("mode.served", prefix), hidden)
}
// SelectFromFlags outputs the fieldmask paths forRelaySettings message from select flags.
func PathsFromSelectFlagsForRelaySettings(flags *pflag.FlagSet, prefix string) (paths []string, err error) {
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.serving", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.serving", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForServingRelaySettings(flags, flagsplugin.Prefix("mode.serving", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
if val, selected, err := flagsplugin.GetBool(flags, flagsplugin.Prefix("mode.served", prefix)); err != nil {
return nil, err
} else if selected && val {
paths = append(paths, flagsplugin.Prefix("mode.served", prefix))
}
if selectPaths, err := PathsFromSelectFlagsForServedRelaySettings(flags, flagsplugin.Prefix("mode.served", prefix)); err != nil {
return nil, err
} else {
paths = append(paths, selectPaths...)
}
return paths, nil
}