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task_test.go
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task_test.go
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package main
import (
"encoding/base64"
"encoding/json"
"fmt"
"os"
"sort"
"strings"
"testing"
log "github.com/sirupsen/logrus"
"github.com/stretchr/testify/assert"
)
type testFS struct {
baseDir string
}
const (
testRootDir = "."
testDir1 = "subdir"
testDir2 = "anotherdir"
testDir1Dir2 = "subdir/anotherdir"
testFile1 = "test.txt"
testFile2 = "test2.txt"
testDir1File1 = "subdir/test.txt"
testDir1File2 = "subdir/test2.txt"
testDir1Dir2File1 = "subdir/anotherdir/test.txt"
testDir1Dir2File2 = "subdir/anotherdir/test2.txt"
testContent1 = "test-string"
testContent2 = "another-text"
testDirPerm1 = os.FileMode(0707)
testDirPerm2 = os.FileMode(0770)
testFilePerm1 = os.FileMode(0606)
testFilePerm2 = os.FileMode(0660)
testResTrue = "true"
testResFalse = "false"
)
// 1MiB string
var testLongContent1 = strings.Repeat("long-test-string", 16*1024)
func createTestFS() *testFS {
wd, err := os.Getwd()
if err != nil {
log.Panic(err)
}
return &testFS{
baseDir: wd + "/work/test",
}
}
func (f *testFS) path(path string) string {
return f.baseDir + "/" + path
}
func (f *testFS) file(path string) *testFile {
return newTestFile(f.path(path))
}
func (f *testFS) dir(path string) *testDirectory {
return newTestDirectory(f.path(path))
}
func b64String(content string) string {
return base64.StdEncoding.EncodeToString([]byte(content))
}
func jsonSortedSlice(content string) []string {
data := []string{}
if err := json.Unmarshal([]byte(content), &data); err != nil {
log.Panic(err)
}
sort.Strings(data)
return data
}
func taskf(format string, a ...interface{}) []byte {
return []byte(fmt.Sprintf(format, a...))
}
type testFile struct {
path string
}
func newTestFile(path string) *testFile {
return &testFile{
path: path,
}
}
func (f *testFile) read() string {
bs, err := os.ReadFile(f.path)
if err != nil {
log.Panic(err)
}
return string(bs)
}
func (f *testFile) write(content string) *testFile {
if err := os.WriteFile(f.path, []byte(content), 0644); err != nil {
log.Panic(err)
}
return f
}
func (f *testFile) chmod(mode os.FileMode) *testFile {
if err := os.Chmod(f.path, mode); err != nil {
log.Panic(err)
}
return f
}
func (f *testFile) mode() os.FileMode {
s, err := os.Stat(f.path)
if err != nil {
log.Panic(err)
}
return s.Mode().Perm()
}
func (f *testFile) exists() bool {
st, err := os.Stat(f.path)
if err != nil {
if os.IsNotExist(err) {
return false
}
log.Panic(err)
}
if st.IsDir() {
log.Panicf("the path is not file: %s", f.path)
}
return true
}
type testDirectory struct {
path string
}
func newTestDirectory(path string) *testDirectory {
return &testDirectory{
path: path,
}
}
func (d *testDirectory) ls() []string {
fis, err := os.ReadDir(d.path)
if err != nil {
log.Panic(err)
}
names := make([]string, 0, len(fis))
for _, fi := range fis {
names = append(names, fi.Name())
}
sort.Strings(names)
return names
}
func (d *testDirectory) create() *testDirectory {
if err := os.Mkdir(d.path, 0755); err != nil {
log.Panic(err)
}
return d
}
func (d *testDirectory) exists() bool {
st, err := os.Stat(d.path)
if err != nil {
if os.IsNotExist(err) {
return false
}
log.Panic(err)
}
if !st.IsDir() {
log.Panicf("the path is not directory: %s", d.path)
}
return true
}
func (d *testDirectory) mode() os.FileMode {
s, err := os.Stat(d.path)
if err != nil {
log.Panic(err)
}
return s.Mode().Perm()
}
type testpack struct {
t *testing.T
assert *assert.Assertions
sess *session
fs *testFS
}
func TestMain(m *testing.M) {
// log.SetLevel(log.DebugLevel)
log.SetLevel(log.InfoLevel)
log.SetOutput(os.Stderr)
os.Exit(m.Run())
}
func run(test func(*testpack)) func(*testing.T) {
return func(t *testing.T) {
sess := newSession()
defer sess.finalize()
fs := createTestFS()
as := assert.New(t)
os.RemoveAll(fs.baseDir)
os.Mkdir(fs.baseDir, 0755)
test(&testpack{
t: t,
assert: as,
sess: sess,
fs: fs,
})
}
}
func Test_CopyFile(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
p.fs.file(testFile2).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testFile1),
p.fs.path(testFile2)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testContent1, p.fs.file(testFile1).read())
}))
t.Run("overwrite", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.fs.file(testFile2).write(testContent2)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testFile1),
p.fs.path(testFile2)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testContent2, p.fs.file(testFile1).read())
}))
t.Run("parent dir doesn't exist", run(func(p *testpack) {
p.fs.file(testFile2).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testDir1File1),
p.fs.path(testFile2)))
p.assert.Error(err)
p.assert.Equal(testResFalse, res)
}))
t.Run("chmod", run(func(p *testpack) {
p.fs.file(testFile2).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s", "perm": %d}`,
p.fs.path(testFile1),
p.fs.path(testFile2),
testFilePerm1))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testFilePerm1, p.fs.file(testFile1).mode())
}))
t.Run("overwrite chmod", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.fs.file(testFile2).write(testContent2)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s", "perm": %d}`,
p.fs.path(testFile1),
p.fs.path(testFile2),
testFilePerm1))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testFilePerm1, p.fs.file(testFile1).mode())
}))
}
func Test_CopyFile_Speculate(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testFile2)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testFile2),
p.fs.path(testFile1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.finalize()
p.assert.Equal(testContent1, p.fs.file(testFile2).read())
}))
t.Run("overwrite", run(func(p *testpack) {
// Check if truncate works.
p.fs.file(testFile1).write(testLongContent1)
p.fs.file(testFile2).write(testContent2)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testFile2)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testFile1),
p.fs.path(testFile2)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.finalize()
p.assert.Equal(testContent2, p.fs.file(testFile1).read())
}))
t.Run("deep file", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testDir1File1),
p.fs.path(testFile1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testContent1, p.fs.file(testDir1File1).read())
}))
t.Run("two deep files, first one discarded", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.fs.file(testFile2).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testDir1File2),
p.fs.path(testFile2)))
p.sess.finalize()
p.assert.Equal([]string{testFile2}, p.fs.dir(testDir1).ls())
}))
t.Run("two deep files, second one discarded", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.fs.file(testFile2).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testDir1File1),
p.fs.path(testFile1)))
p.sess.finalize()
p.assert.Equal([]string{testFile1}, p.fs.dir(testDir1).ls())
}))
t.Run("two deep files with different levels, shallower one discarded", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.fs.file(testFile2).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1Dir2File1)))
p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testDir1Dir2File1),
p.fs.path(testFile1)))
p.sess.finalize()
p.assert.Equal([]string{testFile1}, p.fs.dir(testDir1Dir2).ls())
p.assert.Equal([]string{testDir2}, p.fs.dir(testDir1).ls())
}))
t.Run("two deep files with different levels, deeper one discarded", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.fs.file(testFile2).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1Dir2File1)))
p.sess.addTask(taskf(
`{"dest": "%s", "src": "%s"}`,
p.fs.path(testDir1File2),
p.fs.path(testFile2)))
p.sess.finalize()
p.assert.Equal([]string{testFile2}, p.fs.dir(testDir1).ls())
}))
}
func Test_CreateFile(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testFile1),
b64String(testContent1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.Equal(testContent1, p.fs.file(testFile1).read())
}))
t.Run("long input", run(func(p *testpack) {
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testFile1),
b64String(testLongContent1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.Equal(testLongContent1, p.fs.file(testFile1).read())
}))
t.Run("overwrite", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testFile1),
b64String(testContent2)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.Equal(testContent2, p.fs.file(testFile1).read())
}))
t.Run("parent dir doesn't exist", run(func(p *testpack) {
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path("foo/test.txt"),
b64String(testContent1)))
p.assert.Equal(testResFalse, res)
p.assert.Error(err)
}))
t.Run("chmod", run(func(p *testpack) {
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s", "perm": %d}`,
p.fs.path(testFile1),
b64String(testContent1),
testFilePerm1))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.Equal(testFilePerm1, p.fs.file(testFile1).mode())
}))
t.Run("overwrite chmod", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s", "perm": %d}`,
p.fs.path(testFile1),
b64String(testContent2),
testFilePerm1))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.Equal(testFilePerm1, p.fs.file(testFile1).mode())
}))
}
func Test_CreateFile_Speculate(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testFile1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testFile1),
b64String(testContent1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testContent1, p.fs.file(testFile1).read())
p.sess.finalize()
p.assert.Equal(testContent1, p.fs.file(testFile1).read())
}))
t.Run("overwrite", run(func(p *testpack) {
// Check if truncate works.
p.fs.file(testFile1).write(testLongContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testFile1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testFile1),
b64String(testContent2)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.finalize()
p.assert.Equal(testContent2, p.fs.file(testFile1).read())
}))
t.Run("chmod", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true, "perm": %d}`,
p.fs.path(testFile1),
testFilePerm1))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s", "perm": %d}`,
p.fs.path(testFile1),
b64String(testContent1),
testFilePerm2))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testFilePerm2, p.fs.file(testFile1).mode())
p.sess.finalize()
p.assert.Equal(testFilePerm2, p.fs.file(testFile1).mode())
}))
t.Run("chmod overwrite", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1).chmod(testFilePerm1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true, "perm": %d}`,
p.fs.path(testFile1),
testFilePerm2))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s", "perm": %d}`,
p.fs.path(testFile1),
b64String(testContent1),
testFilePerm2))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testFilePerm2, p.fs.file(testFile1).mode())
p.sess.finalize()
p.assert.Equal(testFilePerm2, p.fs.file(testFile1).mode())
}))
t.Run("chmod overwrite, mode changed again", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1).chmod(testFilePerm1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true, "perm": %d}`,
p.fs.path(testFile1),
testFilePerm2))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s", "perm": %d}`,
p.fs.path(testFile1),
b64String(testContent1),
testFilePerm1))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testFilePerm1, p.fs.file(testFile1).mode())
p.sess.finalize()
p.assert.Equal(testFilePerm1, p.fs.file(testFile1).mode())
}))
t.Run("deep file", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testDir1File1),
b64String(testContent1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.Equal(testContent1, p.fs.file(testDir1File1).read())
}))
t.Run("two deep files, first one discarded", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testDir1File2),
b64String(testContent1)))
p.sess.finalize()
p.assert.Equal([]string{testFile2}, p.fs.dir(testDir1).ls())
}))
t.Run("two deep files, second one discarded", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testDir1File1),
b64String(testContent1)))
p.sess.finalize()
p.assert.Equal([]string{testFile1}, p.fs.dir(testDir1).ls())
}))
t.Run("two deep files with different levels, shallower one discarded", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1Dir2File1)))
p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testDir1Dir2File1),
b64String(testContent1)))
p.sess.finalize()
p.assert.Equal([]string{testFile1}, p.fs.dir(testDir1Dir2).ls())
p.assert.Equal([]string{testDir2}, p.fs.dir(testDir1).ls())
}))
t.Run("two deep files with different levels, deeper one discarded", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1Dir2File1)))
p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testDir1File2),
b64String(testContent1)))
p.sess.finalize()
p.assert.Equal([]string{testFile2}, p.fs.dir(testDir1).ls())
}))
}
func Test_CreateFile_Delete_Speculate(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testFile1)))
p.sess.addTask(taskf(
`{"dest": "%s", "delete": true}`,
p.fs.path(testFile1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "content_b64": "%s"}`,
p.fs.path(testFile1),
b64String(testContent2)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.finalize()
p.assert.True(p.fs.file(testFile1).exists())
p.assert.Equal(testContent2, p.fs.file(testFile1).read())
}))
}
func Test_Delete(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete": true}`,
p.fs.path(testFile1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.False(p.fs.file(testFile1).exists())
}))
t.Run("empty directory", run(func(p *testpack) {
p.fs.dir(testDir1).create()
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete": true}`,
p.fs.path(testDir1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.False(p.fs.dir(testDir1).exists())
}))
t.Run("non-empty directory", run(func(p *testpack) {
p.fs.dir(testDir1).create()
p.fs.file(testDir1File1).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete": true}`,
p.fs.path(testDir1)))
p.assert.Error(err)
p.assert.Equal(testResFalse, res)
p.sess.done()
p.assert.True(p.fs.dir(testDir1).exists())
}))
}
func Test_Delete_Speculate(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testFile1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete": true}`,
p.fs.path(testFile1)))
p.assert.NoError(err)
p.assert.Equal(testResFalse, res)
p.sess.done()
p.assert.True(p.fs.file(testFile1).exists())
}))
t.Run("existing", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testFile1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete": true}`,
p.fs.path(testFile1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.True(p.fs.file(testFile1).exists())
p.sess.finalize()
p.assert.False(p.fs.file(testFile1).exists())
}))
t.Run("speculative directory", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete": true}`,
p.fs.path(testDir1)))
p.assert.NoError(err)
p.assert.Equal(testResFalse, res)
p.sess.done()
p.assert.True(p.fs.dir(testDir1).exists())
}))
t.Run("non-empty directory", run(func(p *testpack) {
p.fs.dir(testDir1).create()
p.fs.file(testDir1File1).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete": true}`,
p.fs.path(testDir1)))
p.assert.Error(err)
p.assert.Equal(testResFalse, res)
p.sess.done()
p.assert.True(p.fs.dir(testDir1).exists())
}))
}
func Test_DeleteRecursive(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
p.fs.dir(testDir1).create()
p.fs.file(testDir1File1).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete_recursive": true}`,
p.fs.path(testDir1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.False(p.fs.file(testDir1File1).exists())
}))
t.Run("file", run(func(p *testpack) {
p.fs.file(testFile1).write(testContent1)
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete_recursive": true}`,
p.fs.path(testFile1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.False(p.fs.file(testFile1).exists())
}))
t.Run("empty directory", run(func(p *testpack) {
p.fs.dir(testDir1).create()
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete_recursive": true}`,
p.fs.path(testDir1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.assert.False(p.fs.dir(testDir1).exists())
}))
t.Run("inexistent", run(func(p *testpack) {
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete_recursive": true}`,
p.fs.path(testFile1)))
p.assert.NoError(err)
p.assert.Equal(testResFalse, res)
}))
}
func Test_DeleteRecursive_Speculate(t *testing.T) {
t.Run("typical", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete_recursive": true}`,
p.fs.path(testDir1)))
p.assert.NoError(err)
p.assert.Equal(testResFalse, res)
p.sess.done()
p.assert.True(p.fs.file(testDir1File1).exists())
}))
t.Run("speculative file", run(func(p *testpack) {
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete_recursive": true}`,
p.fs.path(testDir1File1)))
p.assert.NoError(err)
p.assert.Equal(testResFalse, res)
p.sess.done()
p.assert.True(p.fs.file(testDir1File1).exists())
}))
t.Run("speculative file included", run(func(p *testpack) {
p.fs.dir(testDir1).create()
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File1)))
{
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete_recursive": true}`,
p.fs.path(testDir1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
p.sess.done()
p.assert.True(p.fs.file(testDir1File1).exists())
}
{
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "mkdir": true}`,
p.fs.path(testDir1)))
p.assert.NoError(err)
p.assert.Equal(testResTrue, res)
}
}))
t.Run("mixed", run(func(p *testpack) {
p.fs.dir(testDir1).create()
p.fs.file(testDir1File1).write(testContent1)
p.sess.addTask(taskf(
`{"dest": "%s", "speculate": true}`,
p.fs.path(testDir1File2)))
res, err := p.sess.addTask(taskf(
`{"dest": "%s", "delete_recursive": true}`,
p.fs.path(testDir1)))
p.assert.NoError(err)