package sub import ( "github.com/fatih/color" "golang.flu0r1ne.net/planr" "fmt" "strings" ) var ( col_pass = color.New(color.FgGreen) col_fail = color.New(color.FgRed) col_title = color.New(color.FgHiWhite) col_label = color.New(color.FgCyan) ); func tcTitle(tr planr.TestResult) string { title := tr.Tc.Cname if tr.Tc.Config.Title != "" { title = tr.Tc.Config.Title } return title } func tcStatus(tc planr.TestResult) string { status := "SILENT" if tc.Status == planr.PASSING { status = "PASS" } else { status = "FAIL" } return status } func pprintLabeled(label, value string) { col_label.Printf(" %s: ", label) fmt.Println(value) } const ( FENCE_WIDTH = 78 ) func pprintFenced(title, value string) { wingWidth := FENCE_WIDTH - len(title) - 2 wing := strings.Repeat("-", wingWidth / 2) fence := strings.Repeat("-", FENCE_WIDTH) fmt.Printf(" %s %s %s\n", wing, title, wing) fmt.Print(" " + strings.ReplaceAll(value, "\n", "\n ")) fmt.Println(fence) } func tcStatusLine(tr planr.TestResult) { title := tcTitle(tr) status := tcStatus(tr) if status == "PASS" { col_pass.Printf("[%s] ", status); } else { col_fail.Printf("[%s] ", status); } col_title.Println(title); } type PrintOpts int const ( PRINT_CONCISE PrintOpts = 1 << iota PRINT_DESCRIPTION PRINT_POINTS ) func (opt PrintOpts) HasFlag(flag PrintOpts) bool { return (opt & flag) == flag } func tcPprint(tr planr.TestResult, opt PrintOpts) { tcStatusLine(tr) tc := tr.Tc pprintLabeled("id", tc.Cname) if tc.Config.Points != nil && opt.HasFlag(PRINT_POINTS) { points := fmt.Sprintf("%.1f", *tc.Config.Points) pprintLabeled("points1", points) } if tc.Config.Description != "" && opt.HasFlag(PRINT_DESCRIPTION) { tabbed := strings.ReplaceAll(tc.Config.Description, "\n", "\n ") pprintLabeled("description", tabbed) } if tr.Status == planr.COMPILATION_FAILURE { if tr.DebugOutput != "" { fmt.Println() pprintFenced("compilation output", tr.DebugOutput); } else { fmt.Println("WARN: No debug output provided") } } else if tr.Status == planr.RUNTIME_FAILURE { if tr.TestOutput != "" { fmt.Println() pprintFenced("test output", tr.TestOutput); } } fmt.Println() } func printScoring(score planr.Scoring) { col_title.Println("Final Results:") pprintLabeled("passed", fmt.Sprintf("%d/%d", score.Passed, score.Total)); percent := score.EarnedPoints / score.TotalPoints * 100 if score.TotalPoints != 0 { pprintLabeled("score", fmt.Sprintf( "%.2f/%.2f ~= %.1f%%", score.EarnedPoints, score.TotalPoints, percent, )); } }