Method View

render/view.go:98–204

()

}

func (m rootModel) View() string {
	if m.clear {
		return ""
	}
	s := m.spinner.View()
	var str strings.Builder
	for _, step := range m.steps {
		str.WriteString(renderTestHeader(step.step, m.spinner, step.finished, m.isSubmit, step.passed, step.noPenaltyOnFail))
		str.WriteString(renderTests(step.tests, s))

		if step.sleepAfter != "" && step.finished {
			sleepBox := borderBox.Render(fmt.Sprintf(" %s ", step.sleepAfter))
			str.WriteString(sleepBox)
			str.WriteByte('\n')
		}

		if step.result == nil || !m.finalized {
			continue
		}

		if step.result.CLICommandResult != nil {
			for _, test := range step.tests {
				if strings.Contains(test.text, "exit code") {
					fmt.Fprintf(&str, "\n > Command exit code: %d\n", step.result.CLICommandResult.ExitCode)
					break
				}
			}
			str.WriteString(" > Command stdout:\n\n")
			sliced := strings.SplitSeq(step.result.CLICommandResult.Stdout, "\n")
			i := 0
			runeCount := 0
			const maxLines, maxRunes = 32, 5120
			for s := range sliced {
				if i >= maxLines || runeCount >= maxRunes {
					str.WriteString(gray.Render("... output visually truncated, full output captured"))
					str.WriteByte('\n')
					break
				}
				runeCount += utf8.RuneCountInString(s)
				str.WriteString(gray.Render(s))
				str.WriteByte('\n')
				i++
			}
			str.WriteString(renderJqOutputs(step.result.CLICommandResult.JqOutputs))
			availableVariables, expectsVariables := availableVariablesForCLIResult(*step.result.CLICommandResult)
			if expectsVariables {
				str.WriteString(renderVariableSection("Variables Available", availableVariables))
			}
		}

		if step.result.HTTPRequestResult != nil {
			str.WriteString(printHTTPRequestResult(*step.result.HTTPRequestResult))
		}
	}

	if m.result == api.VerificationResultSlugSuccess && m.isSubmit {
		str.WriteString("\n\n" + green.Render("All tests passed! 🎉") + "\n")
		if m.xpReward >= 0 {