commoncmd

package
v3.0.0-rc43 Latest Latest
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 Go to latest Published: Oct 1, 2026 License: Apache-2.0 Imports: 67 Imported by: 0

Documentation

Overview

Package commoncmd provides utilities and shared functionality to facilitate operations related to managing remotes objects, nodes, and logs for omcmd and oxcmd.

Index

Constants

View Source 
const ArgAnnotationKey = "args"

ArgAnnotationKey is the key used for the args annotation on cobra commands

View Source 
const DefaultWait = time.Hour

DefaultWait is how long one request is held when no duration is asked for. It is the longest the daemon holds one, and a wait with no duration asks again for as long as it takes, so the default is "until it ends".

View Source 
const HeartbeatNameHelp = `` /* 293-byte string literal not displayed */

HeartbeatNameHelp is the NAME paragraph of the actions addressing a heartbeat as a whole, which all take the same argument.

View Source 
const HeartbeatStreamNameHelp = `` /* 447-byte string literal not displayed */

HeartbeatStreamNameHelp is the NAME paragraph of the actions addressing one direction of a heartbeat, which is a component of its own.

Variables

View Source 
var (
	ErrClientRequest = errors.New("client request")

	ErrClientStatusCode = errors.New("client request unexpected status code")

	ErrEventKindUnexpected = errors.New("unexpected event kind")

	ErrFetchFile = errors.New("fetch file")

	ErrFlagInvalid = errors.New("invalid command flag")

	ErrInstallFile = errors.New("install file")

	ErrPrint = errors.New("print")
)
View Source 
var (
	GroupIDObjectKinds    = "object kinds"
	GroupIDOrchestrated   = "orchestrated"
	GroupIDQuery          = "query"
	GroupIDSubsystems     = "subsystems"
	GroupIDResourceGroups = "resource groups"
	GroupIDReplication    = "replication"
)
View Source 
var AuditSubsystems = []string{
	daemonenv.ListenerNameFamily,
	daemonenv.ListenerNameInet,
	daemonenv.ListenerNameUX,
	"ccfg",
	"collector",
	"cstat",
	"daemonauth",
	"daemondata",
	"discover",
	"dns",
	"drbdmon",
	"hb",
	"hb.ctrl",
	"hb.main",
	"hb.peer_dropper",
	"hb:",
	"hook",
	"icfg",
	"icfg:",
	"imon",
	"imon:",
	"istat",
	"mntmon",
	"netmon",
	"nmon",
	"omon",
	"omon:",
	"pubsub",
	"runner",
	"scheduler",
}

AuditSubsystems are the names a daemon audit selects its log feed with, as the subsystems register them.

The ones ending with a colon take a suffix: the object path for icfg, imon and omon, the heartbeat id for hb. A name is matched as a glob pattern, so "imon:*" audits every object monitor and "hb.*" every heartbeat component but the streams themselves.

View Source 
var (
	ErrCmdClusterEnroll = errors.New("command cluster enroll")
)
View Source 
var (
	ErrCmdClusterEvict = errors.New("command cluster evict")
)
View Source 
var (
	ErrCmdDaemonAuth = errors.New("command daemon auth")
)
View Source 
var ErrStillRunning = errors.New("still running when the wait expired")

ErrStillRunning says a wait expired on work that has not ended. It is not a failure of the work, nor of the request, which is why a wait with no duration asks again rather than reporting it.

View Source 
var ListenerNameHelp = `NAME is:

  ` + daemonenv.ListenerNameInet + `  the listener serving the tcp port

` + daemonenv.ListenerNameUX + `, the listener serving the unix socket, has no start, stop or restart
of its own: it lives as long as the daemon does, and the request asking
for it travels through it. Restart the daemon to restart it.`

ListenerNameHelp is the NAME paragraph of the listener lifecycle actions, naming the listeners they may be addressed to. There are only two listeners, and they are the same on every node, so they are named here rather than looked up.

The unix socket listener is named too, saying why it is not a value: a reader who knows it exists, from an audit or from a status, would take its absence for an oversight.

Functions

func APIKeywordItemsToRaw 

func APIKeywordItemsToRaw(items api.KeywordItems) rawconfig.T

func AddFlagsGlobal 

func AddFlagsGlobal(flags *pflag.FlagSet, p *OptsGlobal)

AddFlagsGlobal adds the global flags to the flag set. This is the common implementation used by both om and ox.

func AddFlagsGlobalWithColorOutput 

func AddFlagsGlobalWithColorOutput(flags *pflag.FlagSet, color, output *string)

AddFlagsGlobalWithColorOutput adds color and output flags

func AddFlagsGlobalWithSelector 

func AddFlagsGlobalWithSelector(flags *pflag.FlagSet, objectSelector *string, ignoreNotFound *bool)

AddFlagsGlobalWithSelector adds object selector and ignore not found flags

func AddFlagsNodeGlobal 

func AddFlagsNodeGlobal(flagSet *pflag.FlagSet, p *OptsNodeGlobal)

func AnySingleNode 

func AnySingleNode(selector string, c *client.T) (string, error)

func CheckPRKeyUniqueness 

func CheckPRKeyUniqueness() error

CheckPRKeyUniqueness reports the nodes of the cluster that announce the same scsi3 persistent reservation key.

The key identifies a node to the storage, and two nodes holding the same one can each preempt the reservations of the other, which is what a scsireserv resource relies on to keep a peer away from a device it was not given. A duplicate is nearly always a node.conf copied to a peer without redacting the prkey.

The explanation goes to stderr and the error makes the exit code non zero, so that the caller's stdout still holds the value it asked for. A key that could not be read from the daemon is not a duplicate: the caller is told the check did not run, and is not failed for it.

func CmdOrchestrated 

func CmdOrchestrated(cmd *cobra.Command)

CmdOrchestrated marks a command as asking the daemon for an orchestration.

It sorts the command into the orchestrated section of the help, and refuses arguments. An orchestration is asked of the objects the selector names and of nothing else, so an argument is a mistake, and cobra would otherwise accept it and drop it: "om <sel> start foo" would start <sel> and say nothing about foo.

A command declaring what its arguments are keeps them, so that the few orchestrations taking one, like resize, say so themselves.

func CmdWithArg 

func CmdWithArg(cmd *cobra.Command, arg string)

CmdWithArg appends argument documentation to the command's args annotation. It handles line feeds, padding and indentation to format the text properly. The argument description will be displayed in the "Arguments:" section of the help output.

func CollectorCredential 

func CollectorCredential(filename string) (user, password string, err error)

CollectorCredential returns the collector user and password held by the file at filename, or by the OSVC_COLLECTOR_CREDENTIAL environment variable when filename is empty, and two empty strings when neither is set: a node then registers with the id it already holds.

It is parsed where the command is typed rather than where the registration happens, so that a malformed credential is reported once, before any node is asked to register.

func ColorizeINI 

func ColorizeINI(b []byte) []byte

func CommandNames 

func CommandNames(cmd *cobra.Command) []string

CommandNames returns the name of cmd and its aliases, deduplicated: a command naming itself in its own alias list is one name, not two.

func ConfigWaitClient 

func ConfigWaitClient(wait bool, duration time.Duration) (*client.T, context.Context, context.CancelFunc, error)

ConfigWaitClient returns the client a configuration update is made with, and the context bounding it.

A wait holds the answer for as long as the wait, which is longer than a client allows an answer by default, so the client allows it and the context bounds it, with a margin for the answer to travel.

func DataFromConfigFile 

func DataFromConfigFile(fpath string) ([]byte, error)

func DataFromConfigHttp 

func DataFromConfigHttp(u uri.T) ([]byte, error)

func DataFromStdin 

func DataFromStdin() ([]byte, error)

func DataFromTemplate 

func DataFromTemplate(template string) ([]byte, error)

func DeprecatedFlagDownTo 

func DeprecatedFlagDownTo(flags *pflag.FlagSet, p *string)

func DeprecatedFlagSubsets 

func DeprecatedFlagSubsets(flags *pflag.FlagSet, p *string)

func DeprecatedFlagTags 

func DeprecatedFlagTags(flags *pflag.FlagSet, p *string)

func DeprecatedFlagUpTo 

func DeprecatedFlagUpTo(flags *pflag.FlagSet, p *string)

func Doc 

func Doc(w io.Writer, items api.KeywordDefinitionItems, kind naming.Kind, driver, kw string, depth int) error

Doc renders the documentation of the keywords of an object configuration.

The keywords carry what the rbac policy says about them, because an object configuration is what a user without the root grant sends to the api, and the policy decides which of its keywords the api accepts.

func FlagCPUProfile 

func FlagCPUProfile(flags *pflag.FlagSet, p *string)

func FlagCollectorApp 

func FlagCollectorApp(flags *pflag.FlagSet, p *string)

func FlagCollectorCredential 

func FlagCollectorCredential(flags *pflag.FlagSet, p *string)

FlagCollectorCredential registers the only way a collector credential reaches a command, besides the OSVC_COLLECTOR_CREDENTIAL environment variable. It names a file rather than carrying the value, for the reason FlagCredential does.

func FlagCollectorPassword 

func FlagCollectorPassword(flags *pflag.FlagSet, p *string)

FlagCollectorPassword registers the deprecated --password option, hidden for the reason FlagCollectorUser is.

func FlagCollectorUser 

func FlagCollectorUser(flags *pflag.FlagSet, p *string)

FlagCollectorUser registers the deprecated --user option, kept for the commands that were typed against the previous release. It is hidden: --credential is the documented way in, because it names a file instead of carrying the password on a command line.

func FlagColor 

func FlagColor(flags *pflag.FlagSet, p *string)

func FlagComplianceAttach 

func FlagComplianceAttach(flags *pflag.FlagSet, p *bool)

func FlagComplianceForce 

func FlagComplianceForce(flags *pflag.FlagSet, p *bool)

func FlagConfigWait 

func FlagConfigWait(flags *pflag.FlagSet, p *bool)

FlagConfigWait is the --wait of a configuration update.

func FlagConfirm 

func FlagConfirm(flags *pflag.FlagSet, p *bool)

func FlagCreateConfig 

func FlagCreateConfig(flags *pflag.FlagSet, p *string)

func FlagCreateEnv 

func FlagCreateEnv(flags *pflag.FlagSet, p *[]string)

func FlagCreateForce 

func FlagCreateForce(flags *pflag.FlagSet, p *bool)

func FlagCreateNamespace 

func FlagCreateNamespace(flags *pflag.FlagSet, p *string)

func FlagCreateRestore 

func FlagCreateRestore(flags *pflag.FlagSet, p *bool)

func FlagCredential 

func FlagCredential(flags *pflag.FlagSet, p *string)

FlagCredential registers the only way a credential reaches a command, besides the OSVC_CREDENTIAL environment variable. It names a file rather than carrying the value: a command line is readable by any user through the process table, and stays in the shell history.

func FlagCron 

func FlagCron(flags *pflag.FlagSet, p *bool)

func FlagDaemonExecFilters 

func FlagDaemonExecFilters(flags *pflag.FlagSet, options *CmdDaemonExecList)

FlagDaemonExecFilters declares the options that narrow a listing of execs, on the listing and on every preset of it, so the same question is asked the same way wherever it is asked.

func FlagDaemonHeartbeatFilter 

func FlagDaemonHeartbeatFilter(flags *pflag.FlagSet, p *string)

func FlagDaemonLogLevel 

func FlagDaemonLogLevel(flags *pflag.FlagSet, p *string)

func FlagDepth 

func FlagDepth(flags *pflag.FlagSet, p *int)

func FlagDevRoles 

func FlagDevRoles(flags *pflag.FlagSet, p *string)

func FlagDisableRollback 

func FlagDisableRollback(flags *pflag.FlagSet, p *bool)

func FlagDiscard 

func FlagDiscard(flags *pflag.FlagSet, p *bool)

func FlagDriver 

func FlagDriver(flags *pflag.FlagSet, p *string)

func FlagDryRun 

func FlagDryRun(flags *pflag.FlagSet, p *bool)

func FlagDuration 

func FlagDuration(flags *pflag.FlagSet, p *time.Duration)

func FlagEnv 

func FlagEnv(flags *pflag.FlagSet, p *[]string)

func FlagEval 

func FlagEval(flags *pflag.FlagSet, p *bool)

func FlagEventFilters 

func FlagEventFilters(flags *pflag.FlagSet, p *[]string)

func FlagEventLimit 

func FlagEventLimit(flags *pflag.FlagSet, p *uint64)

func FlagEventOutput 

func FlagEventOutput(flags *pflag.FlagSet, p *string)

func FlagEventReplay 

func FlagEventReplay(flags *pflag.FlagSet, p *bool)

func FlagEventTemplate 

func FlagEventTemplate(flags *pflag.FlagSet, p *string)

func FlagEventWait 

func FlagEventWait(flags *pflag.FlagSet, p *bool)

func FlagForce 

func FlagForce(flags *pflag.FlagSet, p *bool)

func FlagFrom 

func FlagFrom(flags *pflag.FlagSet, p *string)

func FlagIgnoreNoCollectorConfigured 

func FlagIgnoreNoCollectorConfigured(flags *pflag.FlagSet, p *bool)

func FlagIgnoreNotFound 

func FlagIgnoreNotFound(flags *pflag.FlagSet, p *bool)

func FlagImpersonate 

func FlagImpersonate(flags *pflag.FlagSet, p *string)

func FlagInterruptSyncs 

func FlagInterruptSyncs(flags *pflag.FlagSet, p *bool)

func FlagKey 

func FlagKey(flags *pflag.FlagSet, p *string)

func FlagKeyName 

func FlagKeyName(flags *pflag.FlagSet, p *string)

func FlagKeyNames 

func FlagKeyNames(flags *pflag.FlagSet, p *[]string)

func FlagKeyTo 

func FlagKeyTo(flags *pflag.FlagSet, p *string)

func FlagKeyValue 

func FlagKeyValue(flags *pflag.FlagSet, p *string)

func FlagKeys 

func FlagKeys(flags *pflag.FlagSet, p *[]string)

func FlagKeyword 

func FlagKeyword(flags *pflag.FlagSet, p *string)

func FlagKeywordOps 

func FlagKeywordOps(flags *pflag.FlagSet, p *[]string)

func FlagKeywordSelection 

func FlagKeywordSelection(flags *pflag.FlagSet, p *[]string)

FlagKeywordSelection declares the --kw of the commands reading keywords, which take patterns: see configkeywords.IsPattern.

func FlagKeywords 

func FlagKeywords(flags *pflag.FlagSet, p *[]string)

func FlagLeader 

func FlagLeader(flags *pflag.FlagSet, p *bool)

func FlagLive 

func FlagLive(flags *pflag.FlagSet, p *bool)

func FlagLocal 

func FlagLocal(flags *pflag.FlagSet, p *bool)

func FlagMaster 

func FlagMaster(flags *pflag.FlagSet, p *bool)

func FlagMatch 

func FlagMatch(flags *pflag.FlagSet, p *string)

func FlagModule 

func FlagModule(flags *pflag.FlagSet, p *string)

func FlagModuleset 

func FlagModuleset(flags *pflag.FlagSet, p *string)

func FlagMoveTo 

func FlagMoveTo(flags *pflag.FlagSet, p *string)

func FlagNetworkName 

func FlagNetworkName(flags *pflag.FlagSet, p *[]string)

func FlagNetworkStatusExtended 

func FlagNetworkStatusExtended(flags *pflag.FlagSet, p *bool)

func FlagNetworkStatusName 

func FlagNetworkStatusName(flags *pflag.FlagSet, p *string)

func FlagNoLock 

func FlagNoLock(flags *pflag.FlagSet, p *bool)

func FlagNodeSelector 

func FlagNodeSelector(flags *pflag.FlagSet, p *string)

func FlagNodeSelectorFilter 

func FlagNodeSelectorFilter(flags *pflag.FlagSet, p *string)

func FlagNodeSelectorOrAll 

func FlagNodeSelectorOrAll(flags *pflag.FlagSet, p *string)

func FlagNodeSelectorOrLocalnode 

func FlagNodeSelectorOrLocalnode(flags *pflag.FlagSet, p *string)

FlagNodeSelectorOrLocalnode declares the node selector of a command whose subject is this node unless another is named.

The default is the name of the node rather than the word "localhost", which the selector has no meaning for: it would look for a node of that name and find none.

func FlagNodeSelectorWithDefault 

func FlagNodeSelectorWithDefault(flags *pflag.FlagSet, p *string, def string)

FlagNodeSelectorWithDefault declares the node selector of a command that om and ox default differently: om answers for the node it runs on, ox has no node of its own to prefer.

func FlagObjectSelector 

func FlagObjectSelector(flags *pflag.FlagSet, p *string)

func FlagOutput 

func FlagOutput(flags *pflag.FlagSet, p *string)

func FlagOutputSections 

func FlagOutputSections(flags *pflag.FlagSet, p *string)

func FlagPeerSelectorFilter 

func FlagPeerSelectorFilter(flags *pflag.FlagSet, p *string)

func FlagPoolName 

func FlagPoolName(flags *pflag.FlagSet, p *string)

func FlagPoolPhysical 

func FlagPoolPhysical(flags *pflag.FlagSet, p *bool)

func FlagPoolStatusExtended 

func FlagPoolStatusExtended(flags *pflag.FlagSet, p *bool)

func FlagProvision 

func FlagProvision(flags *pflag.FlagSet, p *bool)

func FlagRID 

func FlagRID(flags *pflag.FlagSet, p *string)

func FlagRIDWithCompletion 

func FlagRIDWithCompletion(cmd *cobra.Command, p *string)

FlagRIDWithCompletion adds the --rid flag to the given command and registers bash completion for it using the instance.Status resource map. Only provides completion if the selector is a valid path (not a filtering expression). Gets RIDs from status.json if present in the object's var directory (om only), otherwise falls back to the API.

func FlagRecover 

func FlagRecover(flags *pflag.FlagSet, p *bool)

func FlagRedactSecrets 

func FlagRedactSecrets(flags *pflag.FlagSet, p *bool)

func FlagRefresh 

func FlagRefresh(flags *pflag.FlagSet, p *bool)

func FlagRefreshResInfo 

func FlagRefreshResInfo(flags *pflag.FlagSet, p *bool)

func FlagRelay 

func FlagRelay(flags *pflag.FlagSet, p *string)

func FlagRoles 

func FlagRoles(flags *pflag.FlagSet, p *[]string)

func FlagRuleset 

func FlagRuleset(flags *pflag.FlagSet, p *string)

func FlagSCSIHBA 

func FlagSCSIHBA(flags *pflag.FlagSet, p *string)

func FlagSCSILUN 

func FlagSCSILUN(flags *pflag.FlagSet, p *string)

func FlagSCSITarget 

func FlagSCSITarget(flags *pflag.FlagSet, p *string)

func FlagSections 

func FlagSections(flags *pflag.FlagSet, p *[]string)

func FlagSlave 

func FlagSlave(flags *pflag.FlagSet, p *[]string)

func FlagSlaves 

func FlagSlaves(flags *pflag.FlagSet, p *bool)

func FlagSort 

func FlagSort(flags *pflag.FlagSet, p *string)

FlagSort declares the option that orders a listing, overriding the order the command comes in by default.

A term names a column, by the header the table shows it under, or the field a tab expression would select. A term prefixed with "-" reverses that term, and a whole expression prefixed with "+" extends the command's default rather than replacing it. A leading "-" has to be written as --sort=-NAME, or the flag parser reads it as the next option.

func FlagStateOnly 

func FlagStateOnly(flags *pflag.FlagSet, p *bool)

func FlagSubset 

func FlagSubset(flags *pflag.FlagSet, p *string)

func FlagSwitchTo 

func FlagSwitchTo(flags *pflag.FlagSet, p *string)

func FlagTag 

func FlagTag(flags *pflag.FlagSet, p *string)

func FlagTarget 

func FlagTarget(flags *pflag.FlagSet, p *[]string)

func FlagTime 

func FlagTime(flags *pflag.FlagSet, p *time.Duration)

func FlagTo 

func FlagTo(flags *pflag.FlagSet, p *string)

func FlagToken 

func FlagToken(flags *pflag.FlagSet, p *string)

FlagToken registers the only way a join token reaches a command, besides the OSVC_JOIN_TOKEN environment variable. It names a file rather than carrying the value, for the reason FlagCredential does.

func FlagUpdateDelete 

func FlagUpdateDelete(flags *pflag.FlagSet, p *[]string)

func FlagUpdateSet 

func FlagUpdateSet(flags *pflag.FlagSet, p *[]string)

func FlagUpdateUnset 

func FlagUpdateUnset(flags *pflag.FlagSet, p *[]string)

func FlagWait 

func FlagWait(flags *pflag.FlagSet, p *bool)

func FlagWatch 

func FlagWatch(flags *pflag.FlagSet, p *bool)

func FlagsAsync 

func FlagsAsync(flags *pflag.FlagSet, p *OptsAsync)

func FlagsEncap 

func FlagsEncap(flags *pflag.FlagSet, p *OptsEncap)

func FlagsLock 

func FlagsLock(flags *pflag.FlagSet, p *OptsLock)

func FlagsLogs 

func FlagsLogs(flags *pflag.FlagSet, p *OptsLogs)

func FlagsResourceSelector 

func FlagsResourceSelector(cmd *cobra.Command, p *OptsResourceSelector)

func FlagsTo 

func FlagsTo(flags *pflag.FlagSet, p *OptTo)

func ForProgram 

func ForProgram(s string) string

ForProgram renders a help text written for the om command under the name the binary was invoked as, so an ox help does not tell its reader to type om. The commands of the two binaries are built here, from one source, and the root command names itself the same way.

func GroupCommands 

func GroupCommands(cmd *cobra.Command, groupID string) []*cobra.Command

GroupCommands returns the commands of cmd the usage template prints under the group.

func HasGroup 

func HasGroup(cmd *cobra.Command, groupID string) bool

HasGroup is true when cmd declares the section.

func HeartbeatNames 

func HeartbeatNames() []string

HeartbeatNames returns the heartbeats the local cluster configuration defines, named as the actions take them: "1" for the "hb#1" section.

func HeartbeatStreamNames 

func HeartbeatStreamNames() []string

HeartbeatStreamNames returns the names a stream action may be addressed to: each heartbeat the local cluster configuration defines, which stands for both of its streams, and each of those streams.

func HiddenFlagDisableRollback 

func HiddenFlagDisableRollback(flags *pflag.FlagSet, p *bool)

func HiddenFlagForce 

func HiddenFlagForce(flags *pflag.FlagSet, p *bool)

func HiddenFlagLeader 

func HiddenFlagLeader(flags *pflag.FlagSet, p *bool)

func HiddenFlagMaster 

func HiddenFlagMaster(flags *pflag.FlagSet, p *bool)

func HiddenFlagNoLock 

func HiddenFlagNoLock(flags *pflag.FlagSet, p *bool)

func HiddenFlagNodeSelector 

func HiddenFlagNodeSelector(flags *pflag.FlagSet, p *string)

func HiddenFlagObjectSelector 

func HiddenFlagObjectSelector(flags *pflag.FlagSet, p *string)

func HiddenFlagRID 

func HiddenFlagRID(flags *pflag.FlagSet, p *string)

func HiddenFlagRIDWithCompletion 

func HiddenFlagRIDWithCompletion(cmd *cobra.Command, p *string)

HiddenFlagRIDWithCompletion adds the hidden --rid flag to the given command and registers bash completion for it using the instance.Status resource map.

func HiddenFlagSlave 

func HiddenFlagSlave(flags *pflag.FlagSet, p *[]string)

func HiddenFlagSlaves 

func HiddenFlagSlaves(flags *pflag.FlagSet, p *bool)

func HiddenFlagSubset 

func HiddenFlagSubset(flags *pflag.FlagSet, p *string)

func HiddenFlagTag 

func HiddenFlagTag(flags *pflag.FlagSet, p *string)

func HiddenFlagTo 

func HiddenFlagTo(flags *pflag.FlagSet, p *string)

func HiddenFlagsEncap 

func HiddenFlagsEncap(flags *pflag.FlagSet, p *OptsEncap)

func HiddenFlagsLock 

func HiddenFlagsLock(flags *pflag.FlagSet, p *OptsLock)

func HiddenFlagsResourceSelectorWithCompletion 

func HiddenFlagsResourceSelectorWithCompletion(cmd *cobra.Command, p *OptsResourceSelector)

HiddenFlagsResourceSelectorWithCompletion adds hidden resource selector flags to the given command and registers bash completion for the --rid flag

func HiddenFlagsTo 

func HiddenFlagsTo(flags *pflag.FlagSet, p *OptTo)

func InstanceStatusUpdatedWaiter 

func InstanceStatusUpdatedWaiter(ctx context.Context, paths naming.Paths) (func(), error)

func IsStillRunning 

func IsStillRunning(err error) bool

IsStillRunning says an answer is nothing but waits that expired on work still running, which is the one answer worth asking again for. A node that failed to answer at all is not.

func KeywordStoreFromAPI 

func KeywordStoreFromAPI(items api.KeywordDefinitionItems) (store keywords.Store)

func MergeSelector 

func MergeSelector(selector string, subsysSelector string, kind string, defaultSelector string) string

func NewCmdAll 

func NewCmdAll() *cobra.Command

NewCmdAll creates the "all" command

func NewCmdAnyConfigUpdate 

func NewCmdAnyConfigUpdate() *cobra.Command

func NewCmdArrayList 

func NewCmdArrayList() *cobra.Command

func NewCmdCcfg 

func NewCmdCcfg() *cobra.Command

NewCmdCcfg creates the "ccfg" command

func NewCmdCfg 

func NewCmdCfg() *cobra.Command

NewCmdCfg creates the "cfg" command

func NewCmdClusterAbort 

func NewCmdClusterAbort() *cobra.Command

func NewCmdClusterEnroll 

func NewCmdClusterEnroll() *cobra.Command

func NewCmdClusterEvict 

func NewCmdClusterEvict() *cobra.Command

func NewCmdClusterFreeze 

func NewCmdClusterFreeze() *cobra.Command

func NewCmdClusterLogs 

func NewCmdClusterLogs() *cobra.Command

func NewCmdClusterRegister 

func NewCmdClusterRegister() *cobra.Command

func NewCmdClusterSSHTrust 

func NewCmdClusterSSHTrust() *cobra.Command

func NewCmdClusterStatus 

func NewCmdClusterStatus() *cobra.Command

func NewCmdClusterThaw 

func NewCmdClusterThaw() *cobra.Command

func NewCmdClusterUnfreeze 

func NewCmdClusterUnfreeze() *cobra.Command

func NewCmdDaemon 

func NewCmdDaemon() *cobra.Command

func NewCmdDaemonAudit 

func NewCmdDaemonAudit() *cobra.Command

func NewCmdDaemonAuth 

func NewCmdDaemonAuth() *cobra.Command

func NewCmdDaemonDNS 

func NewCmdDaemonDNS() *cobra.Command

func NewCmdDaemonDNSDump 

func NewCmdDaemonDNSDump() *cobra.Command

func NewCmdDaemonEvents 

func NewCmdDaemonEvents() *cobra.Command

func NewCmdDaemonExec 

func NewCmdDaemonExec() *cobra.Command

NewCmdDaemonExec returns the command group of the runs the daemon made, one per object per node, which is the scale the outcome is at.

func NewCmdDaemonExecList 

func NewCmdDaemonExecList(defaultNodeSelector string) *cobra.Command

NewCmdDaemonExecList returns the listing of the exec store.

defaultNodeSelector is what --node defaults to: om answers for the node it runs on, ox has no node of its own to prefer.

func NewCmdDaemonExecLogs 

func NewCmdDaemonExecLogs() *cobra.Command

NewCmdDaemonExecLogs returns the logs of one exec.

func NewCmdDaemonExecWait 

func NewCmdDaemonExecWait(defaultNodeSelector string) *cobra.Command

NewCmdDaemonExecWait returns the command waiting for the end of an exec.

func NewCmdDaemonHeartbeat 

func NewCmdDaemonHeartbeat() *cobra.Command

func NewCmdDaemonHeartbeatList 

func NewCmdDaemonHeartbeatList(defaultNodeSelectorFilter string) *cobra.Command

func NewCmdDaemonHeartbeatRestart 

func NewCmdDaemonHeartbeatRestart() *cobra.Command

func NewCmdDaemonHeartbeatRotate 

func NewCmdDaemonHeartbeatRotate() *cobra.Command

func NewCmdDaemonHeartbeatStart 

func NewCmdDaemonHeartbeatStart() *cobra.Command

func NewCmdDaemonHeartbeatStatus 

func NewCmdDaemonHeartbeatStatus(defaultNodeSelectorFilter string) *cobra.Command

NewCmdDaemonHeartbeatStatus is the name the list command answered to before the listings were named after what they render: a row per stream. It is kept for the readers whose fingers and scripts type it.

func NewCmdDaemonHeartbeatStop 

func NewCmdDaemonHeartbeatStop() *cobra.Command

func NewCmdDaemonKill 

func NewCmdDaemonKill() *cobra.Command

func NewCmdDaemonListener 

func NewCmdDaemonListener() *cobra.Command

func NewCmdDaemonListenerRestart 

func NewCmdDaemonListenerRestart() *cobra.Command

func NewCmdDaemonListenerStart 

func NewCmdDaemonListenerStart() *cobra.Command

func NewCmdDaemonListenerStop 

func NewCmdDaemonListenerStop() *cobra.Command

func NewCmdDaemonLog 

func NewCmdDaemonLog() *cobra.Command

func NewCmdDaemonOrchestration 

func NewCmdDaemonOrchestration() *cobra.Command

NewCmdDaemonOrchestration returns the command group of the orchestrations the monitor accepted.

func NewCmdDaemonOrchestrationLogs 

func NewCmdDaemonOrchestrationLogs() *cobra.Command

NewCmdDaemonOrchestrationLogs returns the logs of one orchestration.

func NewCmdDaemonPs 

func NewCmdDaemonPs() *cobra.Command

NewCmdDaemonPs returns the listing of what the daemon is running now.

It is CmdDaemonExecList with the running state preselected and the pid leading the table. What is running and what has run are the same records at different ages, so there is one implementation and this is a preset of it, rather than a second command that can drift from the first.

func NewCmdDaemonRelay 

func NewCmdDaemonRelay() *cobra.Command

func NewCmdDaemonRelayList 

func NewCmdDaemonRelayList() *cobra.Command

func NewCmdDaemonRelayStatus 

func NewCmdDaemonRelayStatus() *cobra.Command

NewCmdDaemonRelayStatus is the name the list command answered to before the listings were named after what they render: a row per relay client. It is kept for the readers whose fingers and scripts type it.

func NewCmdDaemonRestart 

func NewCmdDaemonRestart() *cobra.Command

func NewCmdDaemonRun 

func NewCmdDaemonRun() *cobra.Command

func NewCmdDaemonRunning 

func NewCmdDaemonRunning() *cobra.Command

func NewCmdDaemonSession 

func NewCmdDaemonSession() *cobra.Command

NewCmdDaemonSession returns the command group of the commands submitted to the daemon, which it remembers so a client that submitted one can ask how it ended.

func NewCmdDaemonSessionList 

func NewCmdDaemonSessionList() *cobra.Command

NewCmdDaemonSessionList returns the listing of sessions.

It defaults to every node, where the exec listing defaults to this one: a session spans the nodes it reached, and folding only the local share of it would report a count that is not the session's.

func NewCmdDaemonSessionLogs 

func NewCmdDaemonSessionLogs() *cobra.Command

NewCmdDaemonSessionLogs returns the logs of one session.

func NewCmdDaemonSessionWait 

func NewCmdDaemonSessionWait() *cobra.Command

NewCmdDaemonSessionWait returns the command waiting for the end of a session.

func NewCmdDaemonShutdown 

func NewCmdDaemonShutdown() *cobra.Command

func NewCmdDaemonStart 

func NewCmdDaemonStart() *cobra.Command

func NewCmdDaemonStatus 

func NewCmdDaemonStatus() *cobra.Command

func NewCmdDaemonStop 

func NewCmdDaemonStop() *cobra.Command

func NewCmdHeartbeatSign 

func NewCmdHeartbeatSign() *cobra.Command

func NewCmdHeartbeatWipe 

func NewCmdHeartbeatWipe() *cobra.Command

func NewCmdMonitor 

func NewCmdMonitor() *cobra.Command

func NewCmdNetwork 

func NewCmdNetwork() *cobra.Command

NewCmdNetwork creates the "network" command

func NewCmdNetworkIP 

func NewCmdNetworkIP() *cobra.Command

NewCmdNetworkIP creates the "ip" subcommand for network

func NewCmdNode 

func NewCmdNode() *cobra.Command

func NewCmdNodeCapabilities 

func NewCmdNodeCapabilities() *cobra.Command

NewCmdNodeCapabilities creates the "capabilities" subcommand for node

func NewCmdNodeCollector 

func NewCmdNodeCollector() *cobra.Command

NewCmdNodeCollector creates the "collector" subcommand for node

func NewCmdNodeCollectorTag 

func NewCmdNodeCollectorTag() *cobra.Command

NewCmdNodeCollectorTag creates the "tag" subcommand for node collector

func NewCmdNodeCompliance 

func NewCmdNodeCompliance() *cobra.Command

NewCmdNodeCompliance creates the "compliance" subcommand for node

func NewCmdNodeConfigDoc 

func NewCmdNodeConfigDoc() *cobra.Command

func NewCmdNodeMetrics 

func NewCmdNodeMetrics() *cobra.Command

func NewCmdNodeRelay 

func NewCmdNodeRelay() *cobra.Command

NewCmdNodeRelay creates the "relay" subcommand for node

func NewCmdNodeSCSI 

func NewCmdNodeSCSI() *cobra.Command

NewCmdNodeSCSI creates the "scsi" subcommand for node

func NewCmdNodeSSH 

func NewCmdNodeSSH() *cobra.Command

NewCmdNodeSSH creates the "ssh" subcommand for node

func NewCmdNscfg 

func NewCmdNscfg() *cobra.Command

NewCmdNscfg creates the "nscfg" command

func NewCmdObjectApp 

func NewCmdObjectApp(kind string) *cobra.Command

func NewCmdObjectCap 

func NewCmdObjectCap(kind string) *cobra.Command

NewCmdObjectCap returns the cap command of a kind.

Its help lists the pg_* keywords of the store, with their example and the first sentence of their text, so it documents every cap the command sets, the ones added later included.

func NewCmdObjectClear 

func NewCmdObjectClear(kind string) *cobra.Command

func NewCmdObjectCollector 

func NewCmdObjectCollector(kind string) *cobra.Command

func NewCmdObjectCompliance 

func NewCmdObjectCompliance(kind string) *cobra.Command

func NewCmdObjectConfig 

func NewCmdObjectConfig(kind string) *cobra.Command

func NewCmdObjectConfigDoc 

func NewCmdObjectConfigDoc(kind string) *cobra.Command

func NewCmdObjectContainer 

func NewCmdObjectContainer(kind string) *cobra.Command

func NewCmdObjectDisk 

func NewCmdObjectDisk(kind string) *cobra.Command

func NewCmdObjectFS 

func NewCmdObjectFS(kind string) *cobra.Command

func NewCmdObjectGroupInfo 

func NewCmdObjectGroupInfo(kind, group string) *cobra.Command

func NewCmdObjectGroupList 

func NewCmdObjectGroupList(kind, group string) *cobra.Command

func NewCmdObjectGroupProvision 

func NewCmdObjectGroupProvision(kind, group string) *cobra.Command

func NewCmdObjectGroupResize 

func NewCmdObjectGroupResize(kind, group string) *cobra.Command

NewCmdObjectGroupResize returns the command that changes the size of a resource and of everything it rests on.

func NewCmdObjectGroupRestart 

func NewCmdObjectGroupRestart(kind, group string) *cobra.Command

func NewCmdObjectGroupRun 

func NewCmdObjectGroupRun(kind, group string) *cobra.Command

func NewCmdObjectGroupShutdown 

func NewCmdObjectGroupShutdown(kind, group string) *cobra.Command

func NewCmdObjectGroupStart 

func NewCmdObjectGroupStart(kind, group string) *cobra.Command

func NewCmdObjectGroupStartStandby 

func NewCmdObjectGroupStartStandby(kind, group string) *cobra.Command

func NewCmdObjectGroupStop 

func NewCmdObjectGroupStop(kind, group string) *cobra.Command

func NewCmdObjectGroupUnprovision 

func NewCmdObjectGroupUnprovision(kind, group string) *cobra.Command

func NewCmdObjectIP 

func NewCmdObjectIP(kind string) *cobra.Command

func NewCmdObjectInstance 

func NewCmdObjectInstance(kind string) *cobra.Command

func NewCmdObjectInstanceClear 

func NewCmdObjectInstanceClear(kind, defaultNodeSelector string) *cobra.Command

func NewCmdObjectInstanceDevice 

func NewCmdObjectInstanceDevice(kind string) *cobra.Command

func NewCmdObjectInstancePG 

func NewCmdObjectInstancePG(kind string) *cobra.Command

func NewCmdObjectKey 

func NewCmdObjectKey(kind string) *cobra.Command

func NewCmdObjectKeyAdd 

func NewCmdObjectKeyAdd(kind string) *cobra.Command

func NewCmdObjectKeyChange 

func NewCmdObjectKeyChange(kind string) *cobra.Command

func NewCmdObjectKeyDecode 

func NewCmdObjectKeyDecode(kind string) *cobra.Command

func NewCmdObjectKeyEdit 

func NewCmdObjectKeyEdit(kind string) *cobra.Command

func NewCmdObjectKeyInstall 

func NewCmdObjectKeyInstall(kind string) *cobra.Command

func NewCmdObjectKeyList 

func NewCmdObjectKeyList(kind string) *cobra.Command

func NewCmdObjectKeyRemove 

func NewCmdObjectKeyRemove(kind string) *cobra.Command

func NewCmdObjectKeyRename 

func NewCmdObjectKeyRename(kind string) *cobra.Command

func NewCmdObjectMonitor 

func NewCmdObjectMonitor(selector, kind string) *cobra.Command

func NewCmdObjectPrint 

func NewCmdObjectPrint(kind string) *cobra.Command

func NewCmdObjectResource 

func NewCmdObjectResource(kind string) *cobra.Command

func NewCmdObjectSSH 

func NewCmdObjectSSH(kind string) *cobra.Command

func NewCmdObjectSchedule 

func NewCmdObjectSchedule(kind string) *cobra.Command

func NewCmdObjectShare 

func NewCmdObjectShare(kind string) *cobra.Command

func NewCmdObjectSync 

func NewCmdObjectSync(kind string) *cobra.Command

func NewCmdObjectTask 

func NewCmdObjectTask(kind string) *cobra.Command

func NewCmdObjectVolume 

func NewCmdObjectVolume(kind string) *cobra.Command

func NewCmdPool 

func NewCmdPool() *cobra.Command

NewCmdPool creates the "pool" command

func NewCmdPoolVolume 

func NewCmdPoolVolume() *cobra.Command

NewCmdPoolVolume creates the "volume" subcommand for pool

func NewCmdSVC 

func NewCmdSVC() *cobra.Command

NewCmdSVC creates the "svc" command

func NewCmdSec 

func NewCmdSec() *cobra.Command

NewCmdSec creates the "sec" command

func NewCmdUsr 

func NewCmdUsr() *cobra.Command

NewCmdUsr creates the "usr" command

func NewCmdVol 

func NewCmdVol() *cobra.Command

NewCmdVol creates the "vol" command

func NewGroupObjectKinds 

func NewGroupObjectKinds() *cobra.Group

NewGroupObjectKinds returns the section listing the commands scoped to an object kind, at the root of the command tree.

func NewGroupOrchestrated 

func NewGroupOrchestrated() *cobra.Group

func NewGroupQuery 

func NewGroupQuery() *cobra.Group

func NewGroupReplication 

func NewGroupReplication() *cobra.Group

func NewGroupResources 

func NewGroupResources() *cobra.Group

func NewGroupSubsystems 

func NewGroupSubsystems() *cobra.Group

func NodeDoc 

func NodeDoc(w io.Writer, items api.KeywordDefinitionItems, kind naming.Kind, driver, kw string, depth int) error

NodeDoc renders the documentation of the keywords of the node configuration.

They carry no rbac line: the node configuration is not written through the api by a user holding a grant on a namespace, so the policy that gates the object configurations says nothing about them.

func NodesFromPaths 

func NodesFromPaths(c *client.T, selector string) ([]string, error)

func ObjectInstanceDeleteRemoteFunc 

func ObjectInstanceDeleteRemoteFunc(ctx context.Context, p naming.Path, nodename string) (interface{}, error)

func PatchObjectConfig 

func PatchObjectConfig(ctx context.Context, c *client.T, p naming.Path, params api.PatchObjectConfigParams) (bool, error)

PatchObjectConfig writes the keyword operations of params to the configuration of p, and says whether it changed.

With params.Wait, the daemon holds the answer until the configuration has reached every live node of the object. A wait that expires is an error naming where it has not landed, after a write that was made all the same: writing again would apply a += operation twice.

func PostDaemonRestart 

func PostDaemonRestart(ctx context.Context, cli *client.T, nodename string) error

PostDaemonRestart sends an api request to restart the daemon and handles the response status codes.

func PostDaemonStop 

func PostDaemonStop(ctx context.Context, cli *client.T, nodename string) error

PostDaemonStop sends an api request to stop the daemon and handles the response status codes.

func RawStringSliceVar 

func RawStringSliceVar(flags *pflag.FlagSet, p *[]string, name string, value []string, usage string)

RawStringSliceVar declares a repeatable option whose values are taken whole.

func RawStringSliceVarP 

func RawStringSliceVarP(flags *pflag.FlagSet, p *[]string, name, shorthand string, value []string, usage string)

RawStringSliceVarP declares a repeatable option whose values are taken whole. It lives in util/flagvalue, which the command sets that cannot import this package reach too.

func ReadPasswordFromStdinOrPrompt 

func ReadPasswordFromStdinOrPrompt(prompt string) ([]byte, error)

func RefreshInstanceStatusFromClusterStatus 

func RefreshInstanceStatusFromClusterStatus(ctx context.Context, clusterStatus clusterdump.Data) error

RefreshInstanceStatusFromClusterStatus updates instance statuses for all nodes using cluster status data. It ensures instance status updates before return. Returns an error if client creation, API calls, or processing fails.

func RenderDuration 

func RenderDuration(startedAt time.Time, endedAt *time.Time, now time.Time) string

RenderDuration is how long a span lasted, or how long it has lasted so far when it has not ended.

The records carry the two ends and not the length: two numbers that answer the same question can disagree, and these two did. The length is derived here, where it is wanted, and derived the same way for an exec, a session and an orchestration.

A running span is measured against the reader's clock, where its start came from the node that ran it, so a clock skew can make it negative. FmtShortDuration answers "0s" for that rather than a negative age.

func SecretFromFileOrEnv 

func SecretFromFileOrEnv(filename, envVar string) (string, error)

SecretFromFileOrEnv returns the secret held by the file at filename, or the value of the envVar environment variable when filename is empty, or an empty string when neither is set.

A secret never reaches a command as a flag value: a command line is readable by any user through the process table, and stays in the shell history. So the flags naming one, --token and --credential, name a file, and the environment is what the daemon uses to hand a secret to a command it forks.

The file wins over the environment, so that an operator naming a file is told about a bad path instead of silently getting an inherited value.

func SectionBody 

func SectionBody(cmd *cobra.Command, title string) (string, bool)

SectionBody returns what the usage of cmd prints under the section title, up to the next empty line, and whether the section is there at all.

func Sections 

func Sections(b []byte, sections []string) []byte

func SelectorFromStdin 

func SelectorFromStdin() string

func SetCustomUsageTemplate 

func SetCustomUsageTemplate(cmd *cobra.Command)

SetCustomUsageTemplate sets the custom help template on a command. This template will display an Arguments section if the command has an "args" annotation. It uses [FLAGS] (uppercase) instead of [flags] for consistency with [ID].

func SetKeywordsFromArgs 

func SetKeywordsFromArgs(keywords *[]string, args []string)

SetKeywordsFromArgs adds the keywords named as positional arguments to the ones the --kw flag named.

Naming a keyword is what these commands are for, so it is the argument, and --kw is kept for the scripts written before it was.

func SetRIDFromArgs 

func SetRIDFromArgs(rid *string, args []string, group, defaultRID string)

func SetSectionsFromArgs 

func SetSectionsFromArgs(sections *[]string, args []string)

SetSectionsFromArgs adds the sections named as positional arguments to the ones the --section flag named.

Naming a section is how this command is narrowed, so it is the argument, and --section is kept for the scripts written before it was.

func SetWait 

func SetWait(cmd *cobra.Command, wait *time.Duration, unbounded *bool) error

SetWait reads what the caller asked to wait for.

No duration is a wait with no end: the daemon holds one request for an hour at most, so the wait is that hour asked again for as long as it takes, which is what unbounded says. A duration that is not positive is refused, rather than silently making a wait command a listing that reports success on work still running.

func UsageFlagEventFilter 

func UsageFlagEventFilter() string

func UsageFlagEventTemplate 

func UsageFlagEventTemplate() string

func ValidateArgs 

func ValidateArgs(root *cobra.Command, args []string) error

ValidateArgs returns an error when args name a command that does not exist.

cobra walks the command chain and, when the deepest command it reaches has no Run function, prints that command help and returns no error, silently dropping whatever was typed after it. A stale or mistyped command path exits 0 that way, which is how the daemon scheduler and the api exec kept reporting successful runs of commands renamed under their hard-coded argv.

func WaitAllInstanceMonitor 

func WaitAllInstanceMonitor(ctx context.Context, c *client.T, p naming.Path, timeout time.Duration, errC chan error) error

func WaitInstanceMonitor 

func WaitInstanceMonitor(ctx context.Context, c *client.T, p naming.Path, timeout time.Duration, errC chan error) error

WaitInstanceMonitor launches a go routine that waits for a specific instance monitor update event within a given timeout, or ctx.Done() reached. The result of the wait is sent to the errC channel: nil if the InstanceMonitorUpdated event occurs, or a non-nil error otherwise.

If acquiring the event reader fails, WaitInstanceMonitor returns the error immediately and does not send anything to errC.

func WaitInstanceStatusUpdated 

func WaitInstanceStatusUpdated(ctx context.Context, c *client.T, nodename string, p naming.Path, timeout time.Duration, errC chan error) error

WaitInstanceStatusUpdated launches a go routine that waits for a specific instance status update event within a given timeout, or ctx.Done() reached. The result of the wait is sent to the errC channel: nil if the InstanceStatusUpdated event occurs, or a non-nil error otherwise.

If acquiring the event reader fails, WaitInstanceStatusUpdated returns the error immediately and does not send anything to errC.

func WaitObjectKnown 

func WaitObjectKnown(ctx context.Context, c *client.T, p naming.Path, timeout time.Duration, errC chan error) error

WaitAllInstanceMonitor launches a go routine that waits for all instance monitor updated events are received for an object within a given timeout, or ctx.Done() reached. The result of the wait is sent to the errC channel: nil if the InstanceMonitorUpdated event occurs, or a non-nil error otherwise.

It also filters the ObjectConfigUpdated events to get the expected Instance monitor updated events from the instance config scope nodes.

If acquiring the event reader fails, WaitInstanceMonitor returns the error immediately and does not send anything to errC. WaitObjectKnown watches for the daemon to know p, and sends nil on errC once it does: listed, which is how a selection names it, and watched by an instance monitor, on any node, which is what an action is asked of.

It is started before the configuration of p is written, so no event is missed between the write and the wait. The daemon learns of an object a moment after its configuration file is written, and a command run in that moment is told the object does not exist.

func WalkCommands 

func WalkCommands(cmd *cobra.Command, f func(*cobra.Command))

WalkCommands calls f on cmd and on every command below it.

Types

type CmdClusterAbort 

type CmdClusterAbort struct {
	Color  string
	Output string
	Sort   string
	OptsAsync
}

func (*CmdClusterAbort) Run 

func (t *CmdClusterAbort) Run() error

type CmdClusterConfigDoc 

type CmdClusterConfigDoc struct {
	Color   string
	Output  string
	Keyword string
	Driver  string
	Depth   int
}

func (*CmdClusterConfigDoc) Run 

func (t *CmdClusterConfigDoc) Run() error

type CmdClusterEnroll 

type CmdClusterEnroll struct {
	// Node is the location of the node to enroll, in the
	// [<scheme>://]<addr>[:<port>] format.
	Node string

	// TokenFile is the path of a file holding an access token with the
	// join role, created on the node to enroll. When empty, the
	// OSVC_JOIN_TOKEN environment variable is used.
	TokenFile string

	// JoinAddr is the location the enrolled node must use to reach the
	// cluster it joins.
	JoinAddr string

	// Timeout is the lifetime of the join token handed to the enrolled
	// node, and the maximum duration to wait for the join to complete.
	Timeout time.Duration

	// Wait blocks until the enrolled node heartbeat is beating.
	Wait bool
}

func (*CmdClusterEnroll) Run 

func (t *CmdClusterEnroll) Run() error

type CmdClusterEvict 

type CmdClusterEvict struct {
	// Node is the nodename to remove from the cluster nodes.
	Node string

	// CredentialFile is the path of a file holding the
	// <username>:<password> of the user to create on the evicted node.
	CredentialFile string

	// Timeout is the maximum duration of the leave forked on the evicted
	// node, and the maximum duration to wait for it when Wait is set.
	Timeout time.Duration

	// Wait blocks until the cluster has dropped the evicted node.
	Wait bool
}

func (*CmdClusterEvict) Run 

func (t *CmdClusterEvict) Run() error

type CmdClusterFreeze 

type CmdClusterFreeze struct {
	OptsAsync
	Color  string
	Output string
	Sort   string
}

func (*CmdClusterFreeze) Run 

func (t *CmdClusterFreeze) Run() error

type CmdClusterLogs 

type CmdClusterLogs struct {
	OptsLogs
	Color  string
	Output string
}

func (*CmdClusterLogs) Run 

func (t *CmdClusterLogs) Run() error

type CmdClusterRegister 

type CmdClusterRegister struct {
	CredentialFile string
	App            string
}

func (*CmdClusterRegister) Run 

func (t *CmdClusterRegister) Run() error

type CmdClusterSSHTrust 

type CmdClusterSSHTrust struct {
}

func (*CmdClusterSSHTrust) Run 

func (t *CmdClusterSSHTrust) Run() error

type CmdClusterUnfreeze 

type CmdClusterUnfreeze struct {
	OptsAsync
	Color  string
	Output string
	Sort   string
}

func (*CmdClusterUnfreeze) Run 

func (t *CmdClusterUnfreeze) Run() error

type CmdDaemonAudit 

type CmdDaemonAudit struct {
	CmdDaemonSubAction
	Output     string
	Level      string
	Subsystems []string
	Preempt    bool
}

func (*CmdDaemonAudit) Run 

func (t *CmdDaemonAudit) Run() error

type CmdDaemonAuth 

type CmdDaemonAuth struct {
	Roles           []string
	Subject         string
	Scope           string
	AccessDuration  time.Duration
	Out             string
	Refresh         bool
	RefreshDuration time.Duration
}

func (*CmdDaemonAuth) Run 

func (t *CmdDaemonAuth) Run() error

type CmdDaemonDNSDump 

type CmdDaemonDNSDump struct {
	Color        string
	Output       string
	Sort         string
	NodeSelector string
}

func (*CmdDaemonDNSDump) Run 

func (t *CmdDaemonDNSDump) Run() error

type CmdDaemonEvents 

type CmdDaemonEvents struct {
	OptsGlobal
	Filters  []string
	Duration time.Duration
	Limit    uint64
	Template string
	Wait     bool

	// Replay is used to enable replay event from the cached state
	Replay bool

	Quiet bool

	NodeSelector string
	// contains filtered or unexported fields
}

func (*CmdDaemonEvents) DoNodes 

func (t *CmdDaemonEvents) DoNodes() error

type CmdDaemonExecList 

type CmdDaemonExecList struct {
	NodeSelector    string
	Output          string
	Color           string
	States          []string
	Origins         []string
	SessionID       string
	OrchestrationID string
	ExecID          string
	RID             string
	Selector        string

	// Columns is the table this renders. "om daemon ps" leads with the
	// pid, the listing leads with the outcome.
	Columns string

	// Sort overrides the order the listing comes in.
	Sort string

	// Wait holds each request until the execs it asks about have ended,
	// and is how "om daemon exec|session wait" waits: the daemon answers
	// when the work is over rather than when it is asked, so a caller
	// neither polls nor keeps an event stream open for it.
	Wait time.Duration

	// Unbounded says the caller named no duration and waits for as long
	// as it takes. The daemon holds one request for an hour at most, so
	// that wait is the request asked again until the work ends.
	Unbounded bool
}

CmdDaemonExecList lists the commands the daemon ran and is running.

It is the one listing of the exec store, and "om daemon ps" is it with the running state preselected: what is running and what has run are the same records at different ages, so they are read by one code path and shown in one shape.

func (*CmdDaemonExecList) Gather 

func (t *CmdDaemonExecList) Gather() ([]api.ExecItem, error)

Gather asks every selected node and returns what they answered together.

An exec is node-local, so the union over the nodes is the whole of what a command did. A node that has forgotten an id it is asked for by name is not an error when another still holds it, which is why the by-id answers are folded in rather than returned.

func (*CmdDaemonExecList) Run 

func (t *CmdDaemonExecList) Run() error

func (*CmdDaemonExecList) RunWait 

func (t *CmdDaemonExecList) RunWait() error

RunWait waits for the execs it selects to end, reports them, and says whether any of them failed.

An exec id is what one run of one object on one node is called, and the node that ran it is the only one that knows how it went, so this asks the nodes the selector names and folds what they answer.

type CmdDaemonHeartbeatList 

type CmdDaemonHeartbeatList struct {
	Color        string
	Output       string
	Sort         string
	NodeSelector string
	PeerSelector string
	Name         string
}

func (*CmdDaemonHeartbeatList) Run 

func (t *CmdDaemonHeartbeatList) Run() error

type CmdDaemonHeartbeatRestart 

type CmdDaemonHeartbeatRestart struct {
	CmdDaemonSubAction
	Names []string
}

func (*CmdDaemonHeartbeatRestart) Run 

func (t *CmdDaemonHeartbeatRestart) Run() error

type CmdDaemonHeartbeatRotate 

type CmdDaemonHeartbeatRotate struct {
	Wait bool
	Time time.Duration
}

func (*CmdDaemonHeartbeatRotate) Run 

func (t *CmdDaemonHeartbeatRotate) Run() error

type CmdDaemonHeartbeatSign 

type CmdDaemonHeartbeatSign struct {
	CmdDaemonSubAction
	Names []string
}

func (*CmdDaemonHeartbeatSign) Run 

func (t *CmdDaemonHeartbeatSign) Run() error

type CmdDaemonHeartbeatStart 

type CmdDaemonHeartbeatStart struct {
	CmdDaemonSubAction
	Names []string
}

func (*CmdDaemonHeartbeatStart) Run 

func (t *CmdDaemonHeartbeatStart) Run() error

type CmdDaemonHeartbeatStop 

type CmdDaemonHeartbeatStop struct {
	CmdDaemonSubAction
	Names []string
}

func (*CmdDaemonHeartbeatStop) Run 

func (t *CmdDaemonHeartbeatStop) Run() error

type CmdDaemonHeartbeatWipe 

type CmdDaemonHeartbeatWipe struct {
	CmdDaemonSubAction
	Names []string
	Force bool
}

func (*CmdDaemonHeartbeatWipe) Run 

func (t *CmdDaemonHeartbeatWipe) Run() error

type CmdDaemonIDLogs 

type CmdDaemonIDLogs struct {
	CmdNodeLogs

	// Key is the log field the id is matched on.
	Key string

	// ID is the id to report the entries of.
	ID string
}

CmdDaemonIDLogs reports the log entries one id names.

The daemon stamps what it runs with the ids it was run under: the exec that forked it, the session the exec belongs to, and the orchestration the session was a step of. A listing hands one of those ids back, and this is how it is followed to what was logged under it.

It is "om node logs" with the filter already written: the ids are log fields, and matching one is what the filter does.

func (*CmdDaemonIDLogs) Run 

func (t *CmdDaemonIDLogs) Run() error

type CmdDaemonKill 

type CmdDaemonKill struct {
	NodeSelector    string
	Output          string
	Sort            string
	Color           string
	Signal          string
	DryRun          bool
	ExecID          string
	SessionID       string
	OrchestrationID string
	Origins         []string
	RID             string
	Selector        string
}

CmdDaemonKill signals the processes of the execs a filter selects.

It selects them the way "om daemon exec list" selects them, so what that lists is what this signals, and the answer is the same shape: the execs signaled.

func (*CmdDaemonKill) Run 

func (t *CmdDaemonKill) Run() error

type CmdDaemonListenerRestart 

type CmdDaemonListenerRestart struct {
	CmdDaemonSubAction
	Name string
}

func (*CmdDaemonListenerRestart) Run 

func (t *CmdDaemonListenerRestart) Run() error

type CmdDaemonListenerStart 

type CmdDaemonListenerStart struct {
	CmdDaemonSubAction
	Name string
}

func (*CmdDaemonListenerStart) Run 

func (t *CmdDaemonListenerStart) Run() error

type CmdDaemonListenerStop 

type CmdDaemonListenerStop struct {
	CmdDaemonSubAction
	Name string
}

func (*CmdDaemonListenerStop) Run 

func (t *CmdDaemonListenerStop) Run() error

type CmdDaemonLog 

type CmdDaemonLog struct {
	CmdDaemonSubAction
	Level string
}

func (*CmdDaemonLog) Run 

func (t *CmdDaemonLog) Run() error

type CmdDaemonRelayList 

type CmdDaemonRelayList struct {
	Color  string
	Output string
	Sort   string
}

func (*CmdDaemonRelayList) Run 

func (t *CmdDaemonRelayList) Run() error

type CmdDaemonSessionList 

type CmdDaemonSessionList struct {
	CmdDaemonExecList
}

CmdDaemonSessionList reports sessions, one row per session.

A session is what was submitted; an exec is one run of one object on one node, and one session is several of them. Folding the execs into the session is the work this command exists to do: a reader asking how their command went should not have to count succeeded rows themselves.

The fold is done here and not in the daemon because a session spans nodes and each daemon holds only the execs it ran. A per-node session is a partial one, which is worse than none.

func (*CmdDaemonSessionList) Run 

func (t *CmdDaemonSessionList) Run() error

func (*CmdDaemonSessionList) RunWait 

func (t *CmdDaemonSessionList) RunWait() error

RunWait waits for every exec of the session to end, reports the session, and says whether any of its execs failed.

type CmdDaemonSubAction 

type CmdDaemonSubAction struct {
	Debug        bool
	NodeSelector string

	// OnResponse, when set, receives the body each node answered
	// with. It is called from the goroutine handling that node, so
	// an implementation shared by several nodes serializes itself.
	OnResponse func(nodename string, b []byte)
}

func (*CmdDaemonSubAction) Run 

func (t *CmdDaemonSubAction) Run(fn apiFuncWithNode) error

Run daemon sub-component action

func (*CmdDaemonSubAction) RunForEach 

func (t *CmdDaemonSubAction) RunForEach(names []string, fn func(name string) apiFuncWithNode) error

RunForEach runs the action once per name, so a command taking several names attempts them all rather than stopping on the first that fails, and reports every failure.

type CmdNodeConfigDoc 

type CmdNodeConfigDoc struct {
	Color   string
	Output  string
	Sort    string
	Keyword string
	Driver  string
	Depth   int
}

func (*CmdNodeConfigDoc) Run 

func (t *CmdNodeConfigDoc) Run() error

type CmdNodeDequeue 

type CmdNodeDequeue struct {
	OptsNodeGlobal
}

CmdNodeDequeue duplicates the omcmd and oxcmd CmdNodeDequeue configuration for nodes based on the specified NodeSelector.

func (*CmdNodeDequeue) Remote 

func (t *CmdNodeDequeue) Remote() error

Remote performs a remote action dequeue operation on nodes specified by the NodeSelector and returns any encountered errors.

type CmdNodeLogs 

type CmdNodeLogs struct {
	OptsGlobal
	OptsLogs
	NodeSelector string
}

CmdNodeLogs duplicates the omcmd and oxcmd CmdNodeLogs configuration for fetching logs from nodes based on the specified NodeSelector.

func (*CmdNodeLogs) Remote 

func (t *CmdNodeLogs) Remote() error

Remote fetches logs remotely from the nodes specified by the NodeSelector, using concurrent streaming for each node. Returns an error if the client setup fails, no nodes are selected, or if there are issues during the process.

type CmdNodeMetrics 

type CmdNodeMetrics struct {
	NodeSelector string
}

func (*CmdNodeMetrics) Run 

func (t *CmdNodeMetrics) Run() error

type CmdObjectCap 

type CmdObjectCap struct {
	OptsGlobal
	OptsAsync
	Set []string
}

CmdObjectCap sets the process group caps of objects and applies them to their running instances.

func (*CmdObjectCap) Run 

func (t *CmdObjectCap) Run(kind string) error

Run writes the caps and queues the orchestration applying them.

type CmdObjectConfigDoc 

type CmdObjectConfigDoc struct {
	OptsGlobal
	Color   string
	Output  string
	Keyword string
	Driver  string
	Depth   int
}

func (*CmdObjectConfigDoc) Run 

func (t *CmdObjectConfigDoc) Run(kind string) error

type CmdObjectConfigMigrate 

type CmdObjectConfigMigrate struct {
	OptsGlobal
	OptsLock
	DryRun bool
}

func (*CmdObjectConfigMigrate) Run 

func (t *CmdObjectConfigMigrate) Run(kind string) error

Run writes the configurations of the selected objects in the shape om reads them in.

The changes land through the configuration update path, so a migration is weighed like any other write: the same validation, the same policy, the same claim on a pool.

type CmdObjectInstanceClear 

type CmdObjectInstanceClear struct {
	ObjectSelector string
	NodeSelector   *string
}

func (*CmdObjectInstanceClear) Run 

func (t *CmdObjectInstanceClear) Run(kind string) error

type CmdObjectLogs 

type CmdObjectLogs struct {
	OptsGlobal
	OptsLogs
	NodeSelector string
}

CmdObjectLogs duplicates the omcmd and oxcmd CmdObjectLogs configuration for fetching logs from nodes based on the specified NodeSelector.

func (*CmdObjectLogs) Remote 

func (t *CmdObjectLogs) Remote(selStr string) error

Remote executes the object log retrieval operation for selected nodes and paths in an asynchronous manner. It leverages the provided selector string to identify target objects and nodes for log streaming.

type CmdObjectMonitor 

type CmdObjectMonitor struct {
	Color          string
	ObjectSelector string
	Output         string
	Sections       string
	Watch          bool
}

func (*CmdObjectMonitor) Run 

func (t *CmdObjectMonitor) Run(selector, kind string) error

type CmdPoolList 

type CmdPoolList struct {
	OptsGlobal
	Name         string
	NodeSelector string
	Physical     bool
}

func (*CmdPoolList) Run 

func (t *CmdPoolList) Run() error

type ExecView 

type ExecView struct {
	Node            string     `json:"node"`
	State           string     `json:"state"`
	ExecID          string     `json:"exec_id"`
	SessionID       string     `json:"session_id"`
	OrchestrationID string     `json:"orchestration_id,omitempty"`
	Path            string     `json:"path,omitempty"`
	Origin          string     `json:"origin"`
	RID             string     `json:"rid,omitempty"`
	Pid             *int       `json:"pid,omitempty"`
	StartedAt       time.Time  `json:"started_at"`
	EndedAt         *time.Time `json:"ended_at,omitempty"`
	// Duration is rendered, not carried: the two ends are the data. So
	// --sort=duration orders the text of it, where --sort=started_at and
	// --sort=ended_at order the moments they name.
	Duration string `json:"duration,omitempty"`
	ExitCode *int   `json:"exit_code,omitempty"`
	Command  string `json:"command,omitempty"`
	Error    string `json:"error,omitempty"`
}

ExecView is what the table shows: the api reports a duration in nanoseconds and an instant to the nanosecond, which a machine wants and a reader does not.

func ToExecViews 

func ToExecViews(items []api.ExecItem) []ExecView

type OptTo 

type OptTo struct {
	To     string
	UpTo   string // Deprecated
	DownTo string // Deprecated
}

OptTo sets a barrier when iterating over a resource lister

type OptsAsync 

type OptsAsync struct {
	Watch bool
	Wait  bool
	Time  time.Duration
}

OptsAsync contains options accepted by all actions having an orchestration

type OptsEncap 

type OptsEncap struct {
	// A list of encap instance, identified by hostname of the container
	Slaves []string

	// The host instance
	Master bool

	// All encap instances
	AllSlaves bool
}

OptsEncap contains options to select where a instance action runs with a encap enabled service

type OptsGlobal 

type OptsGlobal struct {
	Color          string
	Output         string
	Sort           string
	ObjectSelector string
	IgnoreNotFound bool
}

type OptsLock 

type OptsLock struct {
	Disable bool
	Timeout time.Duration

	// TimeoutSet says --waitlock was given, and Timeout is not its
	// default: an action that would wait longer by default keeps to
	// it.
	TimeoutSet bool
}

OptsLock contains options accepted by all actions using an action lock

type OptsLogs 

type OptsLogs struct {
	Follow bool
	Lines  int
	Filter []string
	Grep   *string
}

OptsLogs contains options used by all log commands: node logs, cluster logs, object logs

type OptsNodeGlobal 

type OptsNodeGlobal struct {
	Color          string
	Output         string
	Sort           string
	NodeSelector   string
	IgnoreNotFound bool
}

type OptsResourceSelector 

type OptsResourceSelector struct {
	RID    string
	Subset string
	Tag    string
}

OptsResourceSelector contains options needed to initialize a resourceselector.Options struct

type PoolLine 

type PoolLine struct {
	api.Pool
	BinSize string `json:"bin_size"`
	BinUsed string `json:"bin_used"`
	BinFree string `json:"bin_free"`
}

PoolLine is a pool as a listing shows it: the pool the api sent, and the sizes in the units a reader reads.

The sizes shown are what the pool can hand out to volumes, which is what a volume is asked for in and what a claim rations, and not what the storage behind it holds: a pool whose nodes each hold a copy of every volume hands out what one of them can take. The storage is what the physical listing shows.

The embedded value is inlined, by the json encoder and by the jsonpath the tab expressions are written in alike, so a column names a pool field directly and the columns added here sit next to them.

func NewPoolLine 

func NewPoolLine(item api.Pool, physical bool) PoolLine

NewPoolLine returns the pool as a listing shows it, in the sizes it hands out or, when physical is set, in the storage behind them.

type PoolVolumeLine 

type PoolVolumeLine struct {
	api.PoolVolume
	Charges string `json:"charges_text"`
}

PoolVolumeLine is a pool volume as a listing shows it: the volume the api sent, and what it takes of other pools in the form a reader reads.

func NewPoolVolumeLine 

func NewPoolVolumeLine(item api.PoolVolume) PoolVolumeLine

NewPoolVolumeLine returns the volume as a listing shows it.

type SessionView 

type SessionView struct {
	SessionID       string     `json:"session_id"`
	State           string     `json:"state"`
	OrchestrationID string     `json:"orchestration_id,omitempty"`
	Execs           int        `json:"execs"`
	Running         int        `json:"running"`
	Failed          int        `json:"failed"`
	Nodes           int        `json:"nodes"`
	Objects         int        `json:"objects"`
	Origin          string     `json:"origin"`
	StartedAt       time.Time  `json:"started_at"`
	EndedAt         *time.Time `json:"ended_at,omitempty"`
	Duration        string     `json:"duration,omitempty"`
	Command         string     `json:"command,omitempty"`
}

SessionView is one session, folded from its execs.

func ToSessionViews 

func ToSessionViews(items []api.ExecItem) []SessionView

ToSessionViews folds execs into the sessions they belong to, newest first.

Source Files

View all Source files

Directories

Path Synopsis
Package helptest holds the checks the om and ox command trees must both pass.
 Package helptest holds the checks the om and ox command trees must both pass.

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