// Handle testrun message
// CAT URL:
// http://cat.eng.vmware.com/api/v2.0/testrun/?format=json&limit=1&order_by=-endtime&deliverables__build__branch=main&area__name=SingleVA_PostCheckin&result=PASS
func (plugin *testrun) Handle(req *comm.Request) error {
url := plugin.config.URLs.BaseCatURL + plugin.config.URLs.BaseTestrunURL
params := DefaultCatParams()
params["deliverables__build__branch"] = defaultBranch
if len(req.Arguments) > 2 {
params["deliverables__build__branch"] = req.Arguments[2]
}
params["area__name"] = defaultArea
if len(req.Arguments) > 3 {
params["area__name"] = req.Arguments[3]
}
if len(req.Arguments) > 4 {
params["result"] = req.Arguments[4]
}
p := params.AsUrlValues()
s := napping.Session{}
j := TestrunJSON{}
r, err := s.Get(url, &p, &j, nil)
if err != nil {
return err
}
if r.Status() != 200 {
return fmt.Errorf("expect response status code 200. Actual %d %s", r.Status(), params)
}
if len(j.Objects) == 0 {
return fmt.Errorf("testrun %s/%s not found", params["deliverables__build__branch"], params["area__name"])
}
if len(j.Objects) != 1 {
return fmt.Errorf("expected one object. Actual %d %s", len(j.Objects), params)
}
t := comm.Mention(req.User)
t += fmt.Sprintf("testrun for %s ",
comm.CatTestrunURL(j.Objects[0].ID,
fmt.Sprintf("%s/%s", params["deliverables__build__branch"], params["area__name"])))
t += fmt.Sprintf("is *%s* ", j.Objects[0].Result)
t += fmt.Sprintf("(%s)", comm.CatTestrunResultsURL(j.Objects[0].ResultsDir))
iop := &comm.Interop{
Request: req,
Response: &comm.Response{
Channel: req.Channel,
Text: t,
Parameters: comm.DefaultMessageParameters()}}
comm.SB.ChanResponse <- iop.Response
comm.SB.ChanPersist <- iop
return nil
}
// Run testrunPush
func (plugin *testrunPush) Run() (err error) {
pollInterval := common.DefaultPollInterval
var channels []string
var groups []string
pollInterval, err = time.ParseDuration(plugin.config.PushPluginConfig.PollInterval)
if err != nil {
return err
}
channels = plugin.config.PushPluginConfig.Channels
groups = plugin.config.PushPluginConfig.Groups
if len(channels) == 0 && len(groups) == 0 {
return fmt.Errorf("no channels or groups specified")
}
log.Printf("%s poll interval %d", plugin.Name(), pollInterval)
log.Printf("%s channels %v", plugin.Name(), channels)
log.Printf("%s groups %v", plugin.Name(), groups)
for _, b := range plugin.config.Branches {
for _, a := range plugin.config.Areas {
common.RandomDelay()
go func(branch, area string) {
pumpName := fmt.Sprintf("%s/%s/%s", plugin.Name(), branch, area)
log.Printf("Starting pump for %s", pumpName)
buildResult := unknownStatus
for {
select {
case <-time.After(pollInterval):
comm.SB.ChanHeartbeat <- pumpName
pa := &common.PushActions{
PluginName: plugin.Name()}
url := plugin.config.URLs.BaseCatURL + plugin.config.URLs.BaseTestrunURL
params := DefaultCatParams()
params["deliverables__build__branch"] = branch
params["area__name"] = area
p := params.AsUrlValues()
s := napping.Session{}
j := TestrunJSON{}
r, err := s.Get(url, &p, &j, nil)
if err != nil {
pa.Response = fmt.Sprintf("Error getting %s %s [%s]", url, params, err)
pa.IsError = 1
comm.SB.ChanPersist <- pa
continue
}
if r.Status() != 200 {
pa.Response = fmt.Sprintf("Expect response status code 200. Actual %d. %s", r.Status(), params)
pa.IsError = 1
comm.SB.ChanPersist <- pa
continue
}
if len(j.Objects) == 0 {
// build not found
continue
}
if len(j.Objects) > 1 {
pa.Response = fmt.Sprintf("Expected one object. Actual %d %s\n", len(j.Objects), params)
pa.IsError = 1
comm.SB.ChanPersist <- pa
continue
}
// if first time and build result is not PASS
// or build result has changed
// post results
if (buildResult != unknownStatus && buildResult != j.Objects[0].Result) ||
(buildResult == unknownStatus && j.Objects[0].Result != defaultResult) {
text := fmt.Sprintf("testrun %s ",
comm.CatTestrunURL(j.Objects[0].ID, fmt.Sprintf("%s/%s", branch, area)))
text += fmt.Sprintf("changed *%s* to *%s* ", buildResult, j.Objects[0].Result)
text += fmt.Sprintf("(%s)", comm.CatTestrunResultsURL(j.Objects[0].ResultsDir))
pa.Response = text
pa.Before = buildResult
pa.After = j.Objects[0].Result
for _, c := range channels {
cname, err := comm.GetChannelByName(c)
if err != nil {
log.Print(err)
continue
}
comm.SB.ChanResponse <- &comm.Response{
Channel: cname,
Text: text,
Parameters: comm.DefaultMessageParameters()}
pa.Channel = cname
comm.SB.ChanPersist <- pa
}
for _, g := range groups {
gname, err := comm.GetGroupByName(g)
if err != nil {
log.Print(err)
continue
}
comm.SB.ChanResponse <- &comm.Response{
Channel: gname,
Text: text,
Parameters: comm.DefaultMessageParameters()}
pa.Channel = gname
comm.SB.ChanPersist <- pa
}
}
buildResult = j.Objects[0].Result
}
}
}(b, a)
}
}
return
}