func (c *cloudProperties) Apply(input bftinput.Input, previousInput bftinput.Input) bftinput.Input {
for i, subject := range input.CloudConfig.AvailabilityZones {
prevSubject, found := previousInput.FindAzByName(subject.Name)
input.CloudConfig.AvailabilityZones[i].CloudProperties = c.FuzzCloudProperties(found, prevSubject.CloudProperties)
}
for i, subject := range input.CloudConfig.VmTypes {
prevSubject, found := previousInput.FindVmTypeByName(subject.Name)
input.CloudConfig.VmTypes[i].CloudProperties = c.FuzzCloudProperties(found, prevSubject.CloudProperties)
}
for i, subject := range input.CloudConfig.PersistentDiskPools {
prevSubject, found := previousInput.FindDiskPoolByName(subject.Name)
input.CloudConfig.PersistentDiskPools[i].CloudProperties = c.FuzzCloudProperties(found, prevSubject.CloudProperties)
}
for i, subject := range input.CloudConfig.PersistentDiskTypes {
prevSubject, found := previousInput.FindDiskPoolByName(subject.Name)
input.CloudConfig.PersistentDiskTypes[i].CloudProperties = c.FuzzCloudProperties(found, prevSubject.CloudProperties)
}
for i, subject := range input.CloudConfig.ResourcePools {
prevSubject, found := previousInput.FindResourcePoolByName(subject.Name)
input.CloudConfig.ResourcePools[i].CloudProperties = c.FuzzCloudProperties(found, prevSubject.CloudProperties)
}
// we can't really detect when a previous input has used cloud properties since we could
// validly used 0 properties
input.CloudConfig.Compilation.CloudProperties = c.FuzzCloudProperties(true, previousInput.CloudConfig.Compilation.CloudProperties)
for i, network := range input.CloudConfig.Networks {
if network.Subnets != nil {
for s, subject := range network.Subnets {
if subject.IpPool != nil {
// manual
prevSubject, found := previousInput.FindSubnetByIpRange(subject.IpPool.IpRange)
input.CloudConfig.Networks[i].Subnets[s].CloudProperties = c.FuzzCloudProperties(found, prevSubject.CloudProperties)
} else {
// dynamic
input.CloudConfig.Networks[i].Subnets[s].CloudProperties = c.FuzzCloudProperties(false, map[string]string{})
}
}
} else {
// vip
input.CloudConfig.Networks[i].CloudProperties = c.FuzzCloudProperties(false, map[string]string{})
}
}
return input
}
func (n *nothingChangedComparator) nothingChanged(job bftinput.Job, currentInput bftinput.Input, previousInputs []bftinput.Input) bool {
mostRecentInput := previousInputs[len(previousInputs)-1]
prevJob, found := mostRecentInput.FindJobByName(job.Name)
if !found {
return false
}
if len(previousInputs) > 1 {
inputBeforePrevious := previousInputs[len(previousInputs)-2]
jobBeforePrevious, found := inputBeforePrevious.FindJobByName(job.Name)
if found && jobBeforePrevious.HasPersistentDisk() && !prevJob.HasPersistentDisk() {
return false
}
for _, migratedFromConfig := range prevJob.MigratedFrom {
jobBeforePrevious, found := inputBeforePrevious.FindJobByName(migratedFromConfig.Name)
if found && jobBeforePrevious.HasPersistentDisk() && !prevJob.HasPersistentDisk() {
return false
}
}
}
if !prevJob.IsEqual(job) {
return false
}
for _, azName := range job.AvailabilityZones {
currentAz, _ := currentInput.FindAzByName(azName)
prevAz, _ := mostRecentInput.FindAzByName(azName)
if !currentAz.IsEqual(prevAz) {
return false
}
}
if job.PersistentDiskPool != "" {
currentPersistentDiskPool, _ := currentInput.FindDiskPoolByName(job.PersistentDiskPool)
prevPersistentDiskPool, _ := mostRecentInput.FindDiskPoolByName(job.PersistentDiskPool)
if !currentPersistentDiskPool.IsEqual(prevPersistentDiskPool) {
return false
}
}
if job.PersistentDiskType != "" {
currentPersistentDiskType, _ := currentInput.FindDiskTypeByName(job.PersistentDiskType)
prevPersistentDiskType, _ := mostRecentInput.FindDiskTypeByName(job.PersistentDiskType)
if !currentPersistentDiskType.IsEqual(prevPersistentDiskType) {
return false
}
}
if job.ResourcePool != "" {
currentResourcePool, _ := currentInput.FindResourcePoolByName(job.ResourcePool)
prevResourcePool, _ := mostRecentInput.FindResourcePoolByName(job.ResourcePool)
if !currentResourcePool.IsEqual(prevResourcePool) {
return false
}
}
if job.VmType != "" {
currentVmType, _ := currentInput.FindVmTypeByName(job.VmType)
prevVmType, _ := mostRecentInput.FindVmTypeByName(job.VmType)
if !currentVmType.IsEqual(prevVmType) {
return false
}
}
if job.Stemcell != "" {
currentStemcell, _ := currentInput.FindStemcellByName(job.Stemcell)
prevStemcell, _ := mostRecentInput.FindStemcellByName(job.Stemcell)
if !currentStemcell.IsEqual(prevStemcell) {
return false
}
}
for _, jobNetwork := range job.Networks {
currentNetwork, _ := currentInput.FindNetworkByName(jobNetwork.Name)
prevNetwork, _ := mostRecentInput.FindNetworkByName(jobNetwork.Name)
if !currentNetwork.IsEqual(prevNetwork) {
return false
}
}
return true
}