func (executor *Executor) processAggregatedResult(resultChannel <-chan *output.Result) int {
var results []*output.Result
exitStatus := 0
formatter := executor.OutputFormatter
w := executor.OutputWriter
for r := range resultChannel {
results = append(results, r)
if !r.Success {
exitStatus = 1
}
}
if !executor.ReportOnlyFailures || (exitStatus == 1 && executor.ReportOnlyFailures) {
reader := formatter.AggregateReader(results)
writer.WriteToWriter(w, formatter.Header())
writer.WriteToWriter(w, reader)
writer.WriteToWriter(w, formatter.Footer())
}
if executor.autoclose {
writer.DoneWithWriter(w)
}
return exitStatus
}
func (executor *Executor) processEachResult(resultChannel <-chan *output.Result) int {
exitStatus := 0
counter := 0
formatter := executor.OutputFormatter
w := executor.OutputWriter
for r := range resultChannel {
if r.Success && executor.ReportOnlyFailures {
executor.updateState(r)
continue
}
if executor.ReportOnlyStateChanges {
if !executor.didStateChange(r) {
//no change... continue
log.Printf("no change with result")
executor.updateState(r)
continue
}
log.Printf("found change with result, sending to writer")
executor.updateState(r)
}
if counter == 0 {
writer.WriteToWriter(w, formatter.Header())
} else if counter != 0 {
writer.WriteToWriter(w, formatter.RecordSeparator())
}
reader := formatter.Reader(r)
if !r.Success {
exitStatus = 1
}
writer.WriteToWriter(w, reader)
counter++
}
if counter > 0 {
writer.WriteToWriter(w, formatter.Footer())
}
if executor.autoclose {
writer.DoneWithWriter(w)
}
return exitStatus
}