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authorSam Anthony <sam@samanthony.xyz>2024-08-24 14:48:28 -0400
committerSam Anthony <sam@samanthony.xyz>2024-08-24 14:48:28 -0400
commit050f26f34a64689e16fc9d20c9a9dc3f7e43b1d0 (patch)
tree91e5122d9fc3975fe76d32c98183213ada1aec9e /event.go
parentd8743bbc53c8db43151ef89d21264b531bea3d4c (diff)
downloadgui-050f26f34a64689e16fc9d20c9a9dc3f7e43b1d0.zip
rename MakeEventsChan -> makeEventsChan
Diffstat (limited to 'event.go')
-rw-r--r--event.go4
1 files changed, 2 insertions, 2 deletions
diff --git a/event.go b/event.go
index 533317e..3b88c00 100644
--- a/event.go
+++ b/event.go
@@ -23,7 +23,7 @@ func (r Resize) String() string {
return fmt.Sprintf("resize/%d/%d/%d/%d", r.Min.X, r.Min.Y, r.Max.X, r.Max.Y)
}
-// MakeEventsChan implements a channel of events with an unlimited capacity. It does so
+// makeEventsChan implements a channel of events with an unlimited capacity. It does so
// by creating a goroutine that queues incoming events. Sending to this channel never blocks
// and no events get lost.
//
@@ -34,7 +34,7 @@ func (r Resize) String() string {
// An unlimited capacity channel has its dangers in general, but is completely fine for
// the purpose of delivering events. This is because the production of events is fairly
// infrequent and should never out-run their consumption in the long term.
-func MakeEventsChan() (<-chan Event, chan<- Event) {
+func makeEventsChan() (<-chan Event, chan<- Event) {
out, in := make(chan Event), make(chan Event)
go func() {