func DoTestNodeRelPath(t *testing.T, repo fs.NodeRepo) {
tg := treegen.New()
treeSpec := tg.D("foo", tg.F("bar", tg.B(42, 65537)))
path := treegen.TestTree(t, treeSpec)
defer os.RemoveAll(path)
dir, errors := fs.IndexDir(path, repo)
assert.Equalf(t, 0, len(errors), "%v", errors)
assert.Equal(t, "", fs.RelPath(dir))
assert.Equal(t, "foo", fs.RelPath(dir.SubDirs()[0]))
assert.Equal(t, filepath.Join("foo", "bar"), fs.RelPath(dir.SubDirs()[0].Files()[0]))
assert.Equal(t, filepath.Join("foo", "bar"), fs.RelPath(dir.SubDirs()[0].Files()[0]))
}
func main() {
store, err := clnt.Connect("127.0.0.1:5640")
if err != nil {
die("Failed to connect", err)
}
err = store.Refresh()
if err != nil {
die("Failed to refresh", err)
}
fs.Walk(store.Root(), func(node fs.Node) bool {
switch node.(type) {
case *fs.Dir:
fmt.Printf("d\t%s\t%s\n", node.Strong(), fs.RelPath(node.(fs.FsNode)))
return true
case *fs.File:
fmt.Printf("f\t%s\t%s\n", node.Strong(), fs.RelPath(node.(fs.FsNode)))
}
return false
})
}
func (plan *PatchPlan) SetMode(errors chan<- os.Error) {
fs.Walk(plan.srcStore.Repo().Root(), func(srcNode fs.Node) bool {
var err os.Error
srcFsNode, is := srcNode.(fs.FsNode)
if !is {
return false
}
srcPath := fs.RelPath(srcFsNode)
if absPath := plan.dstStore.Resolve(srcPath); absPath != "" {
err = os.Chmod(absPath, srcFsNode.Mode())
} else {
err = os.NewError(fmt.Sprintf("Expected %s not found in destination", srcPath))
}
if err != nil && errors != nil {
errors <- err
}
_, is = srcNode.(fs.Dir)
return is
})
}
func NewPatchPlan(srcStore fs.BlockStore, dstStore fs.LocalStore) *PatchPlan {
plan := &PatchPlan{srcStore: srcStore, dstStore: dstStore}
plan.dstFileUnmatch = make(map[string]fs.File)
fs.Walk(dstStore.Repo().Root(), func(dstNode fs.Node) bool {
dstFile, isDstFile := dstNode.(fs.File)
if isDstFile {
plan.dstFileUnmatch[fs.RelPath(dstFile)] = dstFile
}
return !isDstFile
})
relocRefs := make(map[string]int)
// Find all the FsNode matches
fs.Walk(srcStore.Repo().Root(), func(srcNode fs.Node) bool {
// Ignore non-FsNodes
srcFsNode, isSrcFsNode := srcNode.(fs.FsNode)
if !isSrcFsNode {
return false
}
// log.Printf("In src: %s", fs.RelPath(srcFsNode))
srcFile, isSrcFile := srcNode.(fs.File)
srcPath := fs.RelPath(srcFsNode)
// Remove this srcPath from dst unmatched, if it was present
plan.dstFileUnmatch[srcPath] = nil, false
var srcStrong string
if isSrcFile {
srcStrong = srcFile.Info().Strong
} else if srcDir, isSrcDir := srcNode.(fs.Dir); isSrcDir {
srcStrong = srcDir.Info().Strong
}
var dstNode fs.FsNode
var hasDstNode bool
dstNode, hasDstNode = dstStore.Repo().File(srcStrong)
if !hasDstNode {
dstNode, hasDstNode = dstStore.Repo().Dir(srcStrong)
}
isDstFile := false
if hasDstNode {
_, isDstFile = dstNode.(fs.File)
}
dstFilePath := dstStore.Resolve(srcPath)
dstFileInfo, _ := os.Stat(dstFilePath)
// Resolve dst node that matches strong checksum with source
if hasDstNode && isSrcFile == isDstFile {
dstPath := fs.RelPath(dstNode)
relocRefs[dstPath]++ // dstPath will be used in this cmd, inc ref count
// log.Printf("srcPath=%s dstPath=%s", srcPath, dstPath)
if srcPath != dstPath {
// Local dst file needs to be renamed or copied to src path
from := &LocalPath{LocalStore: dstStore, RelPath: dstPath}
to := &LocalPath{LocalStore: dstStore, RelPath: srcPath}
plan.Cmds = append(plan.Cmds,
&Transfer{From: from, To: to, relocRefs: relocRefs})
} else {
// Same path, keep it where it is
plan.Cmds = append(plan.Cmds, &Keep{
Path: &LocalPath{LocalStore: dstStore, RelPath: srcPath}})
}
// If its a file, figure out what to do with it
} else if isSrcFile {
switch {
// Destination is not a file, so get rid of whatever is there first
case dstFileInfo != nil && !dstFileInfo.IsRegular():
plan.Cmds = append(plan.Cmds, &Conflict{
Path: &LocalPath{LocalStore: dstStore, RelPath: srcPath},
FileInfo: dstFileInfo})
fallthrough
// Destination file does not exist, so full source copy needed
case dstFileInfo == nil:
plan.Cmds = append(plan.Cmds, &SrcFileDownload{
SrcFile: srcFile,
Path: &LocalPath{LocalStore: dstStore, RelPath: srcPath}})
break
// Destination file exists, add block-level commands
default:
plan.appendFilePlan(srcFile, srcPath)
break
}
// If its a directory, check for conflicting files of same name
} else {
if dstFileInfo != nil && !dstFileInfo.IsDirectory() {
plan.Cmds = append(plan.Cmds, &Conflict{
Path: &LocalPath{LocalStore: dstStore, RelPath: dstFilePath},
FileInfo: dstFileInfo})
}
}
return !isSrcFile
})
return plan
}
