Files
kopia/cli/command_cache_info.go
T
Julio López fdf0159a17 refactor(general): cleanup various nits (#5618)
- use struct field initialization idiom
- clarify error message
- directly use s.rootctx in server request processing
- refactor: use require in e2e ACL test
- inline constant definition
- modernize with `strings.Cut`
- modernize with slices.Backward
- simplify timeFormat initialization
- refactor testing: check `Scanner.Err()` in testenv
- remove spurious parenthesis
- trueStr and falseStr consts
- use inheritPolicyString
- use const in cache info
- "bytes" const in ui task counters
- use common consts in gettool
2026-09-06 15:08:49 -07:00

115 lines
2.9 KiB
Go

package cli
import (
"context"
"fmt"
"os"
"path/filepath"
"time"
"github.com/pkg/errors"
"github.com/kopia/kopia/internal/units"
"github.com/kopia/kopia/repo"
"github.com/kopia/kopia/repo/content"
)
type commandCacheInfo struct {
onlyShowPath bool
svc appServices
out textOutput
}
func (c *commandCacheInfo) setup(svc appServices, parent commandParent) {
cmd := parent.Command("info", "Displays cache information and statistics")
cmd.Flag("path", "Only display cache path").BoolVar(&c.onlyShowPath)
cmd.Action(svc.repositoryReaderAction(c.run))
c.svc = svc
c.out.setup(svc)
}
func (c *commandCacheInfo) run(ctx context.Context, _ repo.Repository) error {
const (
contents = "contents"
metadata = "metadata"
serverContents = "server-contents"
)
opts, err := repo.GetCachingOptions(ctx, c.svc.repositoryConfigFileName())
if err != nil {
return errors.Wrap(err, "error getting cache options")
}
if c.onlyShowPath {
c.out.printStdout("%v\n", opts.CacheDirectory)
return nil
}
entries, err := os.ReadDir(opts.CacheDirectory)
if err != nil {
return errors.Wrap(err, "unable to scan cache directory")
}
path2SoftLimit := map[string]int64{
contents: opts.ContentCacheSizeBytes,
metadata: opts.MetadataCacheSizeBytes,
serverContents: opts.ContentCacheSizeBytes,
}
path2HardLimit := map[string]int64{
contents: opts.ContentCacheSizeLimitBytes,
metadata: opts.MetadataCacheSizeLimitBytes,
serverContents: opts.ContentCacheSizeLimitBytes,
}
path2SweepAgeSeconds := map[string]time.Duration{
contents: opts.MinContentSweepAge.DurationOrDefault(content.DefaultDataCacheSweepAge),
metadata: opts.MinMetadataSweepAge.DurationOrDefault(content.DefaultMetadataCacheSweepAge),
"indexes": opts.MinIndexSweepAge.DurationOrDefault(content.DefaultIndexCacheSweepAge),
serverContents: opts.MinContentSweepAge.DurationOrDefault(content.DefaultDataCacheSweepAge),
}
for _, ent := range entries {
if !ent.IsDir() {
continue
}
subdir := filepath.Join(opts.CacheDirectory, ent.Name())
fileCount, totalFileSize, err := scanCacheDir(subdir)
if err != nil {
return err
}
maybeLimit := ""
if l, ok := path2SoftLimit[ent.Name()]; ok {
var hardLimit string
if hl := path2HardLimit[ent.Name()]; hl > 0 {
hardLimit = units.BytesString(hl)
} else {
hardLimit = "none"
}
maybeLimit = fmt.Sprintf(" (soft limit: %v, hard limit: %v, min sweep age: %v)",
units.BytesString(l),
hardLimit,
path2SweepAgeSeconds[ent.Name()])
}
if ent.Name() == "blob-list" {
maybeLimit = fmt.Sprintf(" (duration: %v)", opts.MaxListCacheDuration.DurationOrDefault(0))
}
c.out.printStdout("%v: %v files %v%v\n", subdir, fileCount, units.BytesString(totalFileSize), maybeLimit)
}
c.out.printStderr("To adjust cache sizes use 'kopia cache set'.\n")
c.out.printStderr("To clear caches use 'kopia cache clear'.\n")
return nil
}