func (d Distribution) invalidate(m *Manifest) error {
var items []*string
for _, path := range invalidationPathsFromManifest(m) {
items = append(items, aws.String(path))
}
invalidationID := fmt.Sprintf("static-%x", m.digest)
input := &cloudfront.CreateInvalidationInput{
DistributionID: aws.String(d.ID),
InvalidationBatch: &cloudfront.InvalidationBatch{
CallerReference: aws.String(invalidationID),
Paths: &cloudfront.Paths{
Quantity: aws.Long(int64(len(items))),
Items: items,
},
},
}
_, err := cfClient.CreateInvalidation(input)
if err != nil {
// printAWSError(err)
return err
}
printer.Infof("Invalidated %d paths for %v\n", len(items), d.DomainName)
for _, cname := range d.Aliases {
printer.Infoln(" -> ", *cname)
}
return nil
}
func push(cmd *cobra.Command, args []string) {
cfg := staticlib.NewConfig(configFilePath)
staticlib.ConfigureAWS(cfg)
source := staticlib.NewSource(cfg)
defer source.Clean()
fmt.Println(source)
bucket := staticlib.NewBucket(cfg)
fmt.Println(bucket)
op := source.Capture()
printOperationProgress("Scanning directory", op)
if op.Err() != nil {
os.Exit(70)
}
op = source.GenerateRedirects()
printOperationProgress("Generating redirects", op)
if op.Err() != nil {
os.Exit(70)
}
op = source.CompressContents()
printOperationProgress("Compressing", op)
if op.Err() != nil {
os.Exit(70)
}
op = source.DigestContents()
printOperationProgress("Digesting", op)
if op.Err() != nil {
os.Exit(70)
}
op = bucket.Scan()
printOperationProgress("Scanning target", op)
if op.Err() != nil {
os.Exit(70)
}
manifest := staticlib.NewManifest(&source, bucket, forceUpdate)
printer.Debugln("Parallel uploads:", concurrency)
if dryRun {
printer.Infoln("*** Dry Run, operations are simulated ***")
}
pusher := staticlib.NewPusher(bucket, manifest)
for result := range pusher.Push(concurrency, forceUpdate, dryRun) {
printPushEntryRestult(result, verboseOutput)
}
if pusher.Err() != nil {
fmt.Println("Encountered an error while pushing, abort")
os.Exit(1)
}
printStats(pusher.Stats())
pusher.Invalidate()
}
