func (list *List) Next(test execute.TestResponse) {
if len(test.Results) == 0 {
fmt.Printf("%v %v ⇒ (no results)\n", blue("∅"), fmtTestCase(test.TestCase))
return
}
if len(test.Results) == 1 {
result := test.Results[0]
fmt.Printf("%v %v ⇒ %v\n", statusToColoredSymbol(result.Status),
fmtTestCase(test.TestCase), result.Output)
return
}
bs := test.SummarizeStatus()
fmt.Printf("%v %v (%v/%v passed, %v/%v skipped)\n",
statusToColoredSymbol(bs.Status), fmtTestCase(test.TestCase),
bs.Passed, bs.Total-bs.Skipped, bs.Skipped, bs.Total)
for idx, result := range test.Results {
prefix := "├"
if idx == bs.Total-1 {
prefix = "└"
}
fmt.Printf(" %v %v ⇒ %v\n", prefix,
statusToColoredSymbol(result.Status), result.Output)
}
}
func (compact *Compact) Next(test execute.TestResponse) {
if len(test.Results) == 0 {
compact.printf("%v %v ⇒ (no results)\n", blue("∅"), fmtTestCase(test.TestCase))
return
}
if len(test.Results) == 1 {
result := test.Results[0]
if result.Status != execute.Failed {
compact.printDot(result.Status)
} else {
compact.printf("%v %v ⇒ %v\n", statusToColoredSymbol(result.Status),
fmtTestCase(test.TestCase), result.Output)
}
return
}
bs := test.SummarizeStatus()
if bs.Status != execute.Failed {
compact.printDot(bs.Status)
return
}
compact.printf("%v %v (%v/%v passed, %v/%v skipped)\n",
statusToColoredSymbol(bs.Status), fmtTestCase(test.TestCase),
bs.Passed, bs.Total-bs.Skipped, bs.Skipped, bs.Total)
for idx, result := range test.Results {
if result.Status != execute.Failed {
compact.printDot(result.Status)
continue
}
prefix := "├"
if idx == bs.Total-1 {
prefix = "└"
}
compact.printf(" %v %v ⇒ %v\n", prefix,
statusToColoredSymbol(result.Status), result.Output)
}
}