types

type AppFilterClearedMsg struct{}

type AppFilterMsg struct {
	UUID string
	Text string
}

type AppFocusChangedMsg struct {
	ID FocusID
}

type AppQuitMsg struct{}

type AppRequestPreviousFocusMsg struct{}

type AppState interface {
	Page() PageState
	Dialog() DialogState
	Client() Client
}

type AtomicExpires[T any] struct {
	// contains filtered or unexported fields
}

type AtomicSlice[T any] struct {
	// contains filtered or unexported fields
}

type ClearStatusOperationMsg struct {
	ID int64
}

type ClearStatusTextMsg struct {
	ID int64
}

type Client interface {
	Init() tea.Cmd
	Update(msg tea.Msg) tea.Cmd
	// GetHealth returns a command to get the health of the Vault server.
	GetHealth(uuid string) tea.Cmd
	// TokenLookupSelf returns a command to lookup the current token.
	TokenLookupSelf(uuid string) tea.Cmd

	// ListMounts returns a command to list the mounts of the Vault server.
	ListMounts(uuid string) tea.Cmd
	// ListSecrets returns a command to list the secrets of the Vault server,
	// under a given mount and path. If path is empty, it will list all secrets
	// under the mount.
	ListSecrets(uuid string, mount *Mount, path string) tea.Cmd
	// ListAllSecretsRecursive returns a command to list all secrets of the Vault
	// server. If mount is nil, it will list all secrets under all mounts.
	ListAllSecretsRecursive(uuid string, mount *Mount) tea.Cmd
	// ListKVv2Versions returns a command to list the versions of a KVv2 secret
	// under a given mount and path.
	ListKVv2Versions(uuid string, mount *Mount, path string) tea.Cmd

	// GetKVSecret returns a command to get a secret from the Vault server,
	// under a given mount and path.
	GetKVSecret(uuid string, mount *Mount, path string, version int) tea.Cmd
	// GetKVv2Metadata returns a command to get the metadata of a KVv2 secret
	// under a given mount and path.
	GetKVv2Metadata(uuid string, mount *Mount, path string) tea.Cmd

	// DeleteKVSecret deletes a secret, under a given mount and path.
	DeleteKVSecret(uuid string, mount *Mount, path string, versions ...int) tea.Cmd
	// UndeleteKVSecret undeletes a secret, under a given mount and path.
	UndeleteKVSecret(uuid string, mount *Mount, path string, versions ...int) tea.Cmd
	// DestroyKVSecret destroys a secret, under a given mount and path.
	DestroyKVSecret(uuid string, mount *Mount, path string, versions ...int) tea.Cmd

	// ListACLPolicies returns a command to list the ACL policies of the Vault
	// server.
	ListACLPolicies(uuid string) tea.Cmd
	// GetACLPolicy returns a command to get an ACL policy of the Vault server.
	GetACLPolicy(uuid string, policyName string) tea.Cmd
	// GetConfigState returns a command to get the configuration of the Vault
	// server.
	GetConfigState(uuid string) tea.Cmd
}

type ClientCapabilities []ClientCapability

type ClientCapability string

type ClientConfigMsg struct {
	Address string               `json:"address"`
	Health  *vapi.HealthResponse `json:"health,omitempty"`
}

type ClientConfigStateMsg struct {
	Data json.RawMessage `json:"data"`
}

type ClientGetACLPolicyMsg struct {
	Name    string `json:"name"`
	Content string `json:"content"`
}

type ClientGetKVv2MetadataMsg struct {
	Mount    *Mount           `json:"mount"`
	Path     string           `json:"path"`
	Metadata *vapi.KVMetadata `json:"metadata"`
}

type ClientGetSecretMsg struct {
	Mount *Mount         `json:"mount"`
	Path  string         `json:"path"`
	Data  map[string]any `json:"data"`
}

type ClientListACLPoliciesMsg struct {
	Policies []string `json:"policies"`
}

type ClientListAllSecretsRecursiveMsg struct {
	Tree            ClientSecretTree `json:"tree"`
	RequestAttempts int64            `json:"request_attempts"`
	Requests        int64            `json:"requests"`
	MaxRequests     int64            `json:"max_requests"`
}

type ClientListKVv2VersionsMsg struct {
	Mount    *Mount                   `json:"mount"`
	Path     string                   `json:"path"`
	Versions []vapi.KVVersionMetadata `json:"versions"`
}

type ClientListMountsMsg struct {
	Mounts []*Mount `json:"mounts"`
}

type ClientListSecretsMsg struct {
	Values []*SecretListRef `json:"values"`
}

type ClientMsg struct {
	UUID  string `json:"uuid"`
	Msg   any    `json:"msg,omitempty"`
	Error error  `json:"error,omitempty"`
}

type ClientRequestConfigMsg struct{}

type ClientSecretTree []*ClientSecretTreeRef

type ClientSecretTreeRef struct {
	Parent *ClientSecretTreeRef `json:"-"`
	Mount  *Mount               `json:"mount"`

	Path         string             `json:"path"`
	Leafs        ClientSecretTree   `json:"leafs,omitempty"`
	Capabilities ClientCapabilities `json:"capabilities,omitempty"`
	Incomplete   bool               `json:"incomplete"`
}

type ClientSuccessMsg struct{}

type ClientTokenLookupSelfMsg struct {
	Result *TokenLookupResult `json:"result"`
}

type CloseActiveDialogMsg struct{}

type CloseActivePageMsg struct{}

type Component interface {
	// GetUUID returns the UUID of the component.
	UUID() string

	// Init handles any initialisation that needs to be done for the component state.
	// This is called when the component state is first created.
	Init() tea.Cmd

	// Update handles any updates that need to be done for the component state,
	// propagating messages to the active component (or inactive components if applicable).
	Update(msg tea.Msg) tea.Cmd

	// This returns the rendered view for the component.
	View() string

	// GetHeight returns the height of the component.
	GetHeight() int

	// GetWidth returns the width of the component.
	GetWidth() int

	// GetSize returns the size of the component.
	GetSize() (x, y int)
}

type ComponentModel struct {
	Height int
	Width  int
	// contains filtered or unexported fields
}

type Dialog interface {
	// UUID returns the UUID of the dialog.
	UUID() string

	// This handles any initialisation that needs to be done for the dialog.
	// This is called when the dialog is first created.
	Init() tea.Cmd

	// This handles any updates that need to be done for the dialog, potentially
	// propagating messages to downstream components.
	Update(msg tea.Msg) tea.Cmd

	// This returns the rendered view for the dialog.
	View() string

	// HasInputFocus returns whether the page captures focus for keybinds (and we
	// should send all keybinds to the page). This is stubbed to false by default.
	HasInputFocus() bool

	// GetSize returns the size of the dialog.
	GetSize() DialogSize

	// GetHeight returns the height of the dialog.
	GetHeight() int

	// GetWidth returns the width of the dialog.
	GetWidth() int

	// GetTitle returns the title of the dialog. Defaults to the ID of the dialog,
	// but can be overridden by the dialog implementation.
	GetTitle() string

	// DisablesChildren returns whether the dialog disables children (i.e. something
	// like a quit dialog).
	DisablesChildren() bool

	// ShortHelp returns the short help for the dialog.
	ShortHelp() []key.Binding

	// FullHelp returns the full help for the dialog.
	FullHelp() [][]key.Binding

	// IsCoreDialog returns whether the dialog is a core dialog, i.e. one that should
	// by typically skipped when checking for keybinds, some propagation, etc.
	IsCoreDialog() bool

	// Close is a callback which is invoked when the dialog is closed. Defaults
	// to a no-op but can be overridden by the dialog implementation.
	Close() tea.Cmd
}

type DialogModel struct {
	Size            DialogSize
	Height          int
	Width           int
	DisableChildren bool
	ShortKeyBinds   []key.Binding
	FullKeyBinds    [][]key.Binding
	// contains filtered or unexported fields
}

type DialogMsg struct {
	Msg any
}

type DialogSize string

type DialogState interface {
	// Init handles any initialisation that needs to be done for the dialog state.
	// This is called when the dialog state is first created.
	Init() tea.Cmd

	// Update handles any updates that need to be done for the dialog state,
	// propagating messages to the active dialog (or inactive dialogs if applicable).
	Update(msg tea.Msg) tea.Cmd

	// Len returns the number of dialogs in the dialog state.
	Len(skipCore bool) int

	// Get returns the currently active dialog. If skipCore is true, the dialog
	// will be returned if it is not a core dialog (e.g. help, commander, etc).
	Get(skipCore bool) Dialog

	// ShortHelp returns the short help for the dialog state.
	ShortHelp() []key.Binding

	// FullHelp returns the full help for the dialog state.
	FullHelp() [][]key.Binding

	// SetLayers adds the layers for the dialog state to the base layer.
	SetLayers(baseLayer *lipgloss.Layer) *lipgloss.Layer
}

type EditorResultMsg struct {
	// UUID is used to which internal model is associated with the editor operation.
	UUID string

	// Before is the original content used for the file, if any.
	Before string

	// After is the content of the file after the editor operation.
	After string

	// HasChanged is true if the content of the file has changed.
	HasChanged bool

	// MD5SumBefore is the MD5 sum of the original content.
	MD5SumBefore string

	// MD5SumAfter is the MD5 sum of the content after the editor operation.
	MD5SumAfter string
}

type FocusID string

type KeyBindingGroup struct {
	Title    string
	Bindings [][]key.Binding
}

type Mount struct {
	*vapi.MountOutput `json:",inline"`

	// Path is the path of the mount.
	Path string `json:"path"`

	// Capabilities are the capabilities of the mount. Not always available,
	// depends on the query made.
	Capabilities ClientCapabilities `json:"capabilities"`
}

type OpenDialogMsg struct {
	Dialog Dialog
}

type OpenPageMsg struct {
	Page Page
	Root bool
}

type OrderedMap[K comparable, V any] struct {
	// contains filtered or unexported fields
}

type Page interface {
	// UUID returns the UUID of the page.
	UUID() string

	// Init handles any initialisation that needs to be done for page.
	Init() tea.Cmd

	// Update handles any updates that need to be done for the page.
	Update(msg tea.Msg) tea.Cmd

	// View returns the view for the page.
	View() string

	// HasInputFocus returns whether the page captures focus for keybinds (and we
	// should send all keybinds to the page). This is stubbed to false by default.
	HasInputFocus() bool

	// GetRefreshInterval returns the refresh interval for the page. Refresh
	// support only configured if interval is greater than 0.
	GetRefreshInterval() time.Duration

	// GetCommands returns the commands of the page (if one is defined).
	GetCommands() []string

	// GetSupportFiltering returns whether the page supports filtering.
	GetSupportFiltering() bool

	// ShortHelp returns the short help for the page.
	ShortHelp() []key.Binding

	// FullHelp returns the full help for the page.
	FullHelp() [][]key.Binding

	// GetTitle returns the title of the page.
	GetTitle() string

	// Close is a callback which is invoked when the page is closed. Defaults
	// to a no-op but can be overridden by the page implementation.
	Close() tea.Cmd
}

type PageBlurredMsg struct{}

type PageClearStateMsg struct{}

type PageErrorsMsg struct {
	Errors []error
}

type PageHiddenMsg struct{}

type PageLoadingMsg struct{}

type PageModel struct {
	Commands         []string
	SupportFiltering bool
	RefreshInterval  time.Duration
	ShortKeyBinds    []key.Binding
	FullKeyBinds     [][]key.Binding
	// contains filtered or unexported fields
}

type PageRefocusedMsg struct{}

type PageState interface {
	// Init handles any initialisation that needs to be done for page state tracking.
	Init() tea.Cmd

	// Update handles any updates that need to be done for page state tracking, including
	// propagating messages to the active page (or inactive pages if applicable).
	Update(msg tea.Msg) tea.Cmd

	// View returns the view for the active page.
	View() string

	// All returns all pages in the page stack.
	All() []Page

	// UUIDs returns all the UUIDs of the pages in the page stack.
	UUIDs() []string

	// Get returns the current active page.
	Get() Page

	// ShortHelp returns the short help for the page state.
	ShortHelp() []key.Binding

	// FullHelp returns the full help for the page state.
	FullHelp() [][]key.Binding

	// HasParent returns whether the page has a parent page.
	HasParent() bool
}

type PageVisibleMsg struct{}

type RefreshDataMsg struct {
	UUID string
}

type SecretListRef struct {
	Mount        *Mount             `json:"mount"`
	Path         string             `json:"path"`
	Capabilities ClientCapabilities `json:"capabilities"`
}

type Status string

type StatusMsg struct {
	Msg any
}

type StatusOperationMsg struct {
	ID   int64
	Text string
}

type StatusTextMsg struct {
	Status   Status
	Text     string
	Duration time.Duration

	ID int64 // ID of the status text message. Automatically set by [SendStatus*] functions.
}

type TokenLookupResult struct {
	Accessor       string         `json:"accessor,omitempty"`
	CreationTime   int64          `json:"creation_time,omitempty"`
	CreationTTL    int64          `json:"creation_ttl,omitempty"`
	DisplayName    string         `json:"display_name,omitempty"`
	EntityID       string         `json:"entity_id,omitempty"`
	ExpireTime     time.Time      `json:"expire_time,omitempty"`
	ExplicitMaxTTL int64          `json:"explicit_max_ttl,omitempty"`
	ID             string         `json:"id,omitempty"`
	IssueTime      time.Time      `json:"issue_time,omitempty"`
	Meta           map[string]any `json:"meta,omitempty"`
	NumUses        int64          `json:"num_uses,omitempty"`
	Orphan         bool           `json:"orphan,omitempty"`
	Path           string         `json:"path,omitempty"`
	Policies       []string       `json:"policies,omitempty"`
	Renewable      bool           `json:"renewable,omitempty"`
	TTL            int64          `json:"ttl,omitempty"`
	Type           string         `json:"type,omitempty"`
}