notifications

Documentation

Index

• type Manager
  • func NewManager() *Manager
  • func (m *Manager) AddNotification(announcement *models.Announcement)
  • func (m *Manager) RenderLoop(ctx *nanovgo.Context)
  • func (m *Manager) UpdateAttributes(settings *models.PresentationSettings, cluster *models.ScreenCluster, ...)
• type Notification
  • func (n *Notification) Render(ctx *nanovgo.Context)
  • func (n *Notification) ShouldRender() bool

Types

type Manager

type Manager struct {
	Notifications []*Notification
	// contains filtered or unexported fields
}

func NewManager

func NewManager() *Manager

func (*Manager) AddNotification

func (m *Manager) AddNotification(announcement *models.Announcement)

func (*Manager) RenderLoop

func (m *Manager) RenderLoop(ctx *nanovgo.Context)

RenderLoop loops through our current notifications to see if there are any which we should call rendering methods on.

func (*Manager) UpdateAttributes

func (m *Manager) UpdateAttributes(settings *models.PresentationSettings, cluster *models.ScreenCluster, screen *models.Screen)

UpdateAttributes is used to update the attributes needed during rendering. TODO: We should come up with a better way to do this.

type Notification

type Notification struct {
	HasCompleted bool
	// contains filtered or unexported fields
}

func (*Notification) Render

func (n *Notification) Render(ctx *nanovgo.Context)

Render actually renders the notification to the GUI context. `ShouldRender` should be run before this to ensure the rendering method should be called on this notification.

func (*Notification) ShouldRender

func (n *Notification) ShouldRender() bool

ShouldRender checks to see if this notification should be rendered. If it's past the given lifespan then we set it to completed, so we can garbage collect it.