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// This is a simple example
package main
import (
"fmt"
"time"
"go.wit.com/log"
"go.wit.com/lib/gui/repostatus"
)
func (r *repo) newScan() bool {
if r.status == nil {
log.Warn("repo.status = nil. not initialized for some reason")
return false
}
// r.scan()
if repostatus.VerifyLocalGoRepo(r.getPath()) {
log.Verbose("repo actually exists", r.getPath())
} else {
log.Warn("repo does not exist", r.getPath())
return false
}
mname := r.status.GetMasterBranchName()
mver := r.status.GetMasterVersion()
if mname != "guimaster" {
mver = mver + " (" + mname + ")"
}
r.masterVersion.SetLabel(mver)
dname := r.status.GetDevelBranchName()
dver := r.status.GetDevelVersion()
if dname != "devel" {
dver = dver + " (" + dname + ")"
}
r.develVersion.SetLabel(dver)
uname := r.status.GetUserBranchName()
uver := r.status.GetUserVersion()
if uname != "jcarr" {
uver = uver + " (" + uname + ")"
}
r.userVersion.SetLabel(uver)
cbname := r.status.GetCurrentBranchName()
cbversion := r.status.GetCurrentBranchVersion()
lasttag := r.status.GetLastTagVersion()
r.lastTag.SetLabel(lasttag)
r.vLabel.SetLabel(cbname + " " + cbversion)
if r.status.Changed() {
log.Warn("should scan here")
}
status := r.status.GetStatus()
r.dirtyLabel.SetLabel(status)
if status == "PERFECT" {
if me.autoHidePerfect.Checked() {
r.Hide()
}
return true
}
return false
}
func (r *repo) getStatus() string {
if r.status.CheckDirty() {
log.Warn("CheckDirty() true")
return "dirty"
}
if r.status.CheckBranches() {
log.Warn("Branches are Perfect")
return "PERFECT"
}
log.Warn("Branches are not Perfect")
return "merge"
}
func (r *repo) getGoSumStatus() string {
return r.goSumStatus.String()
}
func (r *repo) setGoSumStatus(s string) {
r.goSumStatus.SetLabel(s)
r.status.SetGoSumStatus(s)
}
func scanGoSum() {
for _, repo := range me.allrepos {
latestversion := repo.status.GetLastTagVersion()
if repo.getGoSumStatus() == "BAD" {
continue
}
if repo.getGoSumStatus() == "DIRTY" {
continue
}
if repo.status.CheckPrimativeGoMod() {
log.Info("PRIMATIVE repo:", latestversion, repo.status.String())
repo.setGoSumStatus("PRIMATIVE")
continue
}
if repo.status.CheckDirty() {
log.Info("dirty repo:", latestversion, repo.status.String())
log.Info("dirty repo.getGoSumStatus =", repo.getGoSumStatus())
repo.setGoSumStatus("DIRTY")
// release.repo.SetValue(repo.status.String())
// release.status.SetValue("dirty")
// release.notes.SetValue("You must commit your changes\nbefore you can continue")
// release.current = repo
// release.openrepo.Enable()
continue
}
if ok, missing := repo.status.CheckGoSum(); ok {
log.Info("repo has go.sum requirements that are clean")
repo.setGoSumStatus("CLEAN")
} else {
log.Info("repo has go.sum requirements that are screwed up. missing:", missing)
repo.setGoSumStatus("BAD")
// release.repo.SetValue(repo.status.String())
// release.status.SetValue("bad")
// release.notes.SetValue("the go.sum file is wrong")
// release.current = repo
// release.openrepo.Enable()
continue
}
status := repo.dirtyLabel.String()
if status == "PERFECT" {
continue
} else {
repo.status.Update()
repo.newScan()
}
// log.Info("find the next repo to release here")
log.Info("repo:", latestversion, status, repo.status.String())
}
log.Info("scan() did everything, not sure what to do next")
}
// timeFunction takes a function as an argument and returns the execution time.
func timeFunction(f func()) time.Duration {
startTime := time.Now() // Record the start time
f() // Execute the function
return time.Since(startTime) // Calculate the elapsed time
}
func myTicker(t time.Duration, name string, f func()) {
ticker := time.NewTicker(t)
defer ticker.Stop()
done := make(chan bool)
/*
go func() {
time.Sleep(10 * time.Second)
done <- true
}()
*/
for {
select {
case <-done:
fmt.Println("Done!")
return
case t := <-ticker.C:
log.Verbose(name, "Current time: ", t)
f()
}
}
}
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