Method trySkipCurrentStep

tui/modify.go:113–160

trySkipCurrentStep loops forward through steps, auto-filling each one from presets if the preset value is valid given the current config state.

()

// trySkipCurrentStep loops forward through steps, auto-filling each one from
// presets if the preset value is valid given the current config state.
func (m *modifyModel) trySkipCurrentStep() {
	for {
		skipped := false
		m.skippedSteps[m.step] = false

		switch m.step {
		case modifyStepGPU:
			if m.presets != nil && m.presets.GPUType != nil {
				canonical := strings.ToLower(*m.presets.GPUType)
				if normalized, ok := m.specs.NormalizeGPUType(canonical); ok {
					canonical = normalized
				}
				if m.specs.IsGPUTypeAvailable(canonical) {
					m.config.GPUType = canonical
					m.config.GPUChanged = !strings.EqualFold(canonical, m.currentInstance.GPUType)
					m.skippedSteps[modifyStepGPU] = true
					skipped = true
				}
			}

		case modifyStepCompute:
			skipped = m.trySkipModifyCompute()

		case modifyStepDiskSize:
			if m.presets != nil && m.presets.DiskSizeGB != nil {
				v := *m.presets.DiskSizeGB
				m.diskInput.SetValue(fmt.Sprintf("%d", v))
				minDisk, maxDisk := m.specs.StorageRange(m.config.GPUType, m.config.NumGPUs)
				if v >= max(m.currentInstance.Storage, minDisk) && v <= maxDisk {
					m.config.DiskSizeGB = v
					m.config.DiskChanged = v != m.currentInstance.Storage
					m.skippedSteps[modifyStepDiskSize] = true
					skipped = true
				}
			}

		case modifyStepConfirmation:
			return
		}

		if !skipped {
			m.initModifyStep()
			return
		}

		m.step++
	}
}

// trySkipModifyCompute handles the compute step preset logic for modify.
func (m *modifyModel) trySkipModifyCompute() bool {