Files
MujicaUI/sandbox_status.go
T

108 lines
3.3 KiB
Go

package mujica
import (
"fmt"
"math"
"time"
"github.com/egoist/mygo/ui"
"mujicaui/icons"
"mujicaui/theme"
)
// SandboxState is a sandbox's lifecycle. The zero value is SandboxStarting.
type SandboxState int
const (
SandboxStarting SandboxState = iota
SandboxRunning
SandboxStopped
SandboxFailed
)
// SandboxResource is one metered resource, as CPU or memory.
type SandboxResource struct {
Name string
Used, Limit float64
// Unit follows the numbers, as "GB" or "cores".
Unit string
}
// SandboxInfo is the sandbox the caller reports.
type SandboxInfo struct {
Name string
State SandboxState
Resources []SandboxResource
// Expires is the shutdown time; zero means none.
Expires time.Time
}
// SandboxStatusOptions configure a SandboxStatus.
type SandboxStatusOptions struct {
Still bool
}
// SandboxStatus shows sandbox state, resources and time left.
func SandboxStatus(c *ui.Context, info SandboxInfo, opts SandboxStatusOptions) *ui.Element {
agent := map[SandboxState]AgentState{SandboxStarting: AgentPlanning, SandboxRunning: AgentRunning, SandboxStopped: AgentSkipped, SandboxFailed: AgentFailed}
state, ok := agent[info.State]
if !ok {
panic(fmt.Sprintf("mujica: unknown SandboxState %d", int(info.State)))
}
for _, r := range info.Resources {
if r.Name == "" || !(r.Limit > 0) || r.Used < 0 || math.IsNaN(r.Used) || r.Used > r.Limit {
panic(fmt.Sprintf("mujica: SandboxStatus resource %q needs a name and 0 <= Used <= Limit", r.Name))
}
}
k := Tokens(c)
u := Density(c).Unit()
word := msg(c, "sandbox_status."+[...]string{"starting", "running", "stopped", "failed"}[info.State])
card := agentCard(c).Label(info.Name + ", " + word)
card.Children(func() {
ui.Row(c).Gap(u * 2).AlignItems(ui.Center).Children(func() {
ui.Text(c, info.Name).FontWeight(600).SingleLine().Grow(1).Shrink(1)
AgentStatus(c, state, AgentStatusOptions{Label: word, Still: opts.Still})
})
for _, r := range info.Resources {
frac := r.Used / r.Limit
ui.Column(c).Gap(u).Children(func() {
ui.Row(c).Gap(u * 2).AlignItems(ui.Center).Children(func() {
agentCaption(c, r.Name).Grow(1)
if frac >= 0.9 {
ui.Icon(c, icons.Must("triangle-alert")).Size(12, 12).TextColor(k.Warning).Label(msg(c, "sandbox_status.high"))
}
ui.Text(c, fmt.Sprintf("%s / %s %s", sandboxNum(r.Used), sandboxNum(r.Limit), r.Unit)).
FontSize(FontSize(c, theme.CaptionSize)).FontFeatures("tnum").TextColor(k.Text)
})
agentBar(c, frac, fmt.Sprintf("%s %.0f%%", r.Name, frac*100))
})
}
if !info.Expires.IsZero() && info.State != SandboxStopped && info.State != SandboxFailed {
left := info.Expires.Sub(c.Now())
text := msg(c, "sandbox_status.expired")
if left > 0 {
text = fmt.Sprintf(msg(c, "sandbox_status.left"), agentDuration(left.Truncate(time.Second)))
wait := left % time.Second
if wait == 0 {
wait = time.Second
}
c.After(wait)
}
ui.Row(c).Gap(u * 1.5).AlignItems(ui.Center).Role(ui.RoleStatus).Label(text).Children(func() {
ui.Icon(c, icons.Must("clock")).Size(14, 14).TextColor(k.TextMuted)
agentCaption(c, text)
})
}
})
return card
}
// sandboxNum prints a resource amount with at most one decimal.
func sandboxNum(v float64) string {
if v == math.Trunc(v) {
return fmt.Sprintf("%.0f", v)
}
return fmt.Sprintf("%.1f", v)
}