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package main
import (
"os"
"os/exec"
"regexp"
"strings"
"9front/gui/ui"
)
func (s *state) menuItems() []ui.Item {
items := []ui.Item{}
// one toggle per calendar, so a crowded work calendar can be put
// aside without unmounting anything
for _, c := range s.cals {
c := c
mark := "[ ] "
if s.on[c] {
mark = "[x] "
}
items = append(items, ui.Item{Label: mark + c, Do: func() {
s.on[c] = !s.on[c]
s.load()
s.redraw()
}})
}
if len(writable()) > 0 {
items = append(items, ui.Item{Label: "New event", Do: func() {
s.New(520, 300, "cal9", "-v", "invite")
}})
}
// A second view of the calendar is a second cal, in its own window.
items = append(items, ui.Item{Label: "Open " + strings.ToLower(viewName[s.view]), Do: func() { s.openCal(s.view, s.at) }})
items = append(items,
ui.Item{Label: "Today", Do: func() {
s.at = now()
s.top = 8 * 60
s.load()
s.redraw()
}},
// rio has no iconify, so "compact" is a resize request: shrink
// the window and the small-window view takes over by itself.
// One item, not two: the window is either compact or it is not,
// and offering the state you are already in is noise.
s.compactItem(),
// No move or resize here. rio owns the border -- it puts corner
// cursors there and takes the clicks before we see them -- so
// dragging it already moves and resizes the window, and doing
// it worse from in here helps nobody.
ui.Item{Label: "Hide", Do: func() { s.Wctl("hide") }},
ui.Item{Label: "Exit", Do: func() { s.quit = true }},
)
return items
}
var urlRe = regexp.MustCompile(`https?://[^\s<>"]+`)
// plumb sends the event's join link to the plumber, falling back to the
// event file itself, which lands in acme.
func (s *state) plumb(e *event) error {
data := e.file
if body, err := os.ReadFile(e.file); err == nil {
if m := urlRe.Find(body); m != nil {
data = strings.TrimRight(string(m), ".,)")
}
}
return exec.Command("/bin/plumb", data).Run()
}
// compactItem offers whichever of compact and restore you are not
// already in. compactH is the height below which the small view takes
// over, so it is also how we tell which state we are in.
func (s *state) compactItem() ui.Item {
if s.Win.Rect().Dy() < compactH {
return ui.Item{Label: "Restore", Do: func() { s.Resize(820, 620) }}
}
return ui.Item{Label: "Compact", Do: func() { s.Resize(320, 72) }}
}
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