func TestAufsPlacerCompliance(t *testing.T) {
Convey("Aufs placers make data appear into place", t,
testutil.Requires(
testutil.RequiresMounts,
testutil.WithTmpdir(func() {
CheckAssemblerGetsDataIntoPlace(defaultAssembler{Placer: NewAufsPlacer("./aufs-layers")}.Assemble)
}),
),
)
Convey("Aufs placers support readonly placement", t,
testutil.Requires(
testutil.RequiresMounts,
testutil.WithTmpdir(func() {
CheckAssemblerRespectsReadonly(defaultAssembler{Placer: NewAufsPlacer("./aufs-layers")}.Assemble)
}),
),
)
Convey("Aufs placers support source isolation", t,
testutil.Requires(
testutil.RequiresMounts,
testutil.WithTmpdir(func() {
CheckAssemblerIsolatesSource(defaultAssembler{Placer: NewAufsPlacer("./aufs-layers")}.Assemble)
}),
),
)
}
func Test(t *testing.T) {
// uncomment for an example output
// Convey("Describe fixture Beta", t, func() {
// Println() // goconvey seems to do alignment rong in cli out of box :I
// Println(Beta.Describe(CompareAll))
// })
Convey("All fixtures should be able to apply their content to an empty dir", t,
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
for _, fixture := range All {
Convey(fmt.Sprintf("- Fixture %q", fixture.Name), func() {
fixture.Create(".")
So(true, ShouldBeTrue) // reaching here is success
})
}
}),
),
)
Convey("Applying a fixture and rescanning it should produce identical descriptions", t,
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
for _, fixture := range All {
Convey(fmt.Sprintf("- Fixture %q", fixture.Name), func() {
fixture.Create(".")
reheat := Scan(".")
So(reheat.Describe(CompareDefaults), ShouldEqual, fixture.Describe(CompareDefaults))
})
}
}),
),
)
Convey("Symlink breakouts should be refuted", t, FailureContinues,
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
// this is a sketchy, unsandboxed test.
// I hope you don't have anything in /tmp/dangerzone, and/or that you're running the entire suite in a vm.
os.RemoveAll("/tmp/dangerzone")
Convey("With a relative basepath", func() {
So(func() { Breakout.Create(".") }, testutil.ShouldPanicWith, fs.BreakoutError)
_, err := os.Stat("/tmp/dangerzone/laaaaanaaa")
So(err, ShouldNotBeNil) // if nil err, oh my god, it exists
})
Convey("With an absolute basepath", func() {
pwd, err := os.Getwd()
So(err, ShouldBeNil)
So(func() { Breakout.Create(pwd) }, testutil.ShouldPanicWith, fs.BreakoutError)
_, err = os.Stat("/tmp/dangerzone/laaaaanaaa")
So(err, ShouldNotBeNil) // if nil err, oh my god, it exists
})
}),
),
)
}
func TestCoreCompliance(t *testing.T) {
Convey("Spec Compliance: TarExec Transmat", t, testutil.WithTmpdir(func() {
// scanning
tests.CheckScanWithoutMutation(integrity.TransmatKind("tar"), New)
tests.CheckScanEmptyIsCalm(Kind, New)
// WILL NOT PASS (no hashes!) -- tests.CheckScanProducesConsistentHash(integrity.TransmatKind("tar"), New)
// WILL NOT PASS (no hashes!) -- tests.CheckScanProducesDistinctHashes(integrity.TransmatKind("tar"), New)
// round-trip
// WILL NOT PASS (no hashes!) -- tests.CheckRoundTrip(integrity.TransmatKind("tar"), New, "./bounce")
}))
}
func TestCoreCompliance(t *testing.T) {
Convey("Spec Compliance: Dir Transmat", t, testutil.WithTmpdir(func() {
// scanning
tests.CheckScanWithoutMutation(Kind, New)
tests.CheckScanProducesConsistentHash(Kind, New)
tests.CheckScanProducesDistinctHashes(Kind, New)
tests.CheckScanEmptyIsCalm(Kind, New)
tests.CheckScanWithFilters(Kind, New)
// round-trip
tests.CheckRoundTrip(Kind, New, "./bounce")
}))
}
func Test(t *testing.T) {
Convey("Spec Compliance: Chroot Executor", t,
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
execEng := &Executor{}
execEng.Configure("chroot_workspace")
So(os.Mkdir(execEng.workspacePath, 0755), ShouldBeNil)
tests.CheckBasicExecution(execEng)
tests.CheckFilesystemContainment(execEng)
tests.CheckPwdBehavior(execEng)
tests.CheckEnvBehavior(execEng)
}),
),
)
}
func TestTarOutputCompat(t *testing.T) {
Convey("Output should produce a tar recognizable to gnu tar", t,
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
for _, fixture := range filefixture.All {
Convey(fmt.Sprintf("- Fixture %q", fixture.Name), func() {
// create fixture
fixture.Create("./data")
// scan it
transmat := New("./workdir")
transmat.Scan(
Kind,
"./data",
[]integrity.SiloURI{
integrity.SiloURI("file://output.tar"),
},
)
// sanity check that there's a file.
So("./output.tar", testutil.ShouldBeFile, os.FileMode(0))
// now exec tar, and check that it doesn't barf outright.
// this is not well isolated from the host; consider improving that a todo.
os.Mkdir("./untar", 0755)
tarProc := gosh.Gosh(
"tar",
"-xf", "./output.tar",
"-C", "./untar",
gosh.NullIO,
).RunAndReport()
So(tarProc.GetExitCode(), ShouldEqual, 0)
// should look roughly the same again even bounced through
// some third-party tar implementation, one would hope.
rescan := filefixture.Scan("./untar")
comparisonLevel := filefixture.CompareDefaults &^ filefixture.CompareSubsecond
So(rescan.Describe(comparisonLevel), ShouldEqual, fixture.Describe(comparisonLevel))
})
}
}),
),
)
}
func Test(t *testing.T) {
Convey("Spec Compliance: nsinit Executor", t,
testutil.Requires(
testutil.RequiresRoot,
testutil.RequiresNamespaces,
testutil.WithTmpdir(func() {
execEng := &Executor{}
execEng.Configure("nsinit_workspace")
So(os.Mkdir(execEng.workspacePath, 0755), ShouldBeNil)
//tests.CheckBasicExecution(execEng) // correct error reporting sections fail spec compliance
tests.CheckFilesystemContainment(execEng)
//tests.CheckPwdBehavior(execEng) // correct error reporting sections fail spec compliance
tests.CheckEnvBehavior(execEng)
}),
),
)
}
func CheckAssemblerIsolatesSource(assemblerFn integrity.Assembler) {
Convey("Writing to a placement should not alter the source",
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
filefixture.Alpha.Create("./material/alpha")
assembly := assemblerFn("./assembled", []integrity.AssemblyPart{
{TargetPath: "/", SourcePath: "./material/alpha", Writable: true},
})
defer assembly.Teardown()
f, err := os.OpenFile("./assembled/newfile", os.O_CREATE, 0644)
defer f.Close()
So(err, ShouldBeNil)
scan := filefixture.Scan("./material/alpha")
So(scan.Describe(filefixture.CompareDefaults), ShouldEqual, filefixture.Alpha.Describe(filefixture.CompareDefaults))
}),
),
)
}
func CheckAssemblerRespectsReadonly(assemblerFn integrity.Assembler) {
Convey("Writing to a readonly placement should return EROFS",
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
filefixture.Alpha.Create("./material/alpha")
assembly := assemblerFn("./assembled", []integrity.AssemblyPart{
{TargetPath: "/", SourcePath: "./material/alpha", Writable: false},
})
defer assembly.Teardown()
f, err := os.OpenFile("./assembled/newfile", os.O_CREATE, 0644)
defer f.Close()
So(err, ShouldNotBeNil)
So(err, ShouldHaveSameTypeAs, &os.PathError{})
So(err.(*os.PathError).Err, ShouldEqual, syscall.EROFS)
}),
),
)
}
func TestCoreCompliance(t *testing.T) {
if _, err := s3gof3r.EnvKeys(); err != nil {
t.Skipf("skipping s3 output tests; no s3 credentials loaded (err: %s)", err)
}
// group all effects of this test run under one "dir" for human reader sanity and cleanup in extremis.
testRunGuid := guid.New()
Convey("Spec Compliance: S3 Transmat", t, testutil.WithTmpdir(func() {
// scanning
tests.CheckScanWithoutMutation(Kind, New)
tests.CheckScanProducesConsistentHash(Kind, New)
tests.CheckScanProducesDistinctHashes(Kind, New)
tests.CheckScanEmptyIsCalm(Kind, New)
tests.CheckScanWithFilters(Kind, New)
// round-trip
tests.CheckRoundTrip(Kind, New, "s3://repeatr-test/test-"+testRunGuid+"/rt/obj.tar", "literal path")
tests.CheckRoundTrip(Kind, New, "s3+splay://repeatr-test/test-"+testRunGuid+"/rt-splay/heap/", "content addressible path")
}))
}
func Test(t *testing.T) {
Convey("Given a directory with a mixture of files and folders", t,
testutil.WithTmpdir(func() {
os.Mkdir("src", 0755)
os.Mkdir("src/a", 01777)
os.Mkdir("src/b", 0750)
f, err := os.OpenFile("src/b/c", os.O_RDWR|os.O_CREATE, 0664)
So(err, ShouldBeNil)
f.Write([]byte("zyx"))
So(f.Close(), ShouldBeNil)
f, err = os.OpenFile("src/d", os.O_RDWR|os.O_CREATE, 0755)
So(err, ShouldBeNil)
f.Write([]byte("jkl"))
So(f.Close(), ShouldBeNil)
Convey("We can walk and fill a bucket", func() {
bucket := &MemoryBucket{}
err := FillBucket("src", "", bucket, filter.FilterSet{}, sha512.New384)
So(err, ShouldBeNil)
Convey("Then the bucket contains the file descriptions", func() {
So(len(bucket.lines), ShouldEqual, 5)
sort.Sort(linesByFilepath(bucket.lines))
So(bucket.lines[0].Metadata.Name, ShouldEqual, "./")
So(bucket.lines[1].Metadata.Name, ShouldEqual, "./a/")
So(bucket.lines[2].Metadata.Name, ShouldEqual, "./b/")
So(bucket.lines[3].Metadata.Name, ShouldEqual, "./b/c")
So(bucket.lines[4].Metadata.Name, ShouldEqual, "./d")
})
Convey("Doing it again produces identical descriptions", func() {
bucket2 := &MemoryBucket{}
err := FillBucket("src", "", bucket2, filter.FilterSet{}, sha512.New384)
So(err, ShouldBeNil)
So(len(bucket2.lines), ShouldEqual, 5)
sort.Sort(linesByFilepath(bucket.lines))
sort.Sort(linesByFilepath(bucket2.lines))
for i := range bucket.lines {
So(bucket2.lines[i], ShouldResemble, bucket.lines[i])
}
})
Convey("We can walk the bucket and touch all records", func() {
root := bucket.Iterator()
So(root.Record().Metadata.Name, ShouldEqual, "./")
node_a := root.NextChild().(RecordIterator)
So(node_a.Record().Metadata.Name, ShouldEqual, "./a/")
So(node_a.NextChild(), ShouldBeNil)
node_b := root.NextChild().(RecordIterator)
So(node_b.Record().Metadata.Name, ShouldEqual, "./b/")
node_c := node_b.NextChild().(RecordIterator)
So(node_c.Record().Metadata.Name, ShouldEqual, "./b/c")
So(node_c.NextChild(), ShouldBeNil)
node_d := root.NextChild().(RecordIterator)
So(node_d.Record().Metadata.Name, ShouldEqual, "./d")
So(node_d.NextChild(), ShouldBeNil)
So(root.NextChild(), ShouldBeNil)
})
})
Convey("We can walk and make a copy while filling a bucket", func() {
bucket := &MemoryBucket{}
err := FillBucket("src", "dest", bucket, filter.FilterSet{}, sha512.New384)
So(err, ShouldBeNil)
Convey("Walking the copy should match on hash", func() {
bucket2 := &MemoryBucket{}
err := FillBucket("dest", "", bucket2, filter.FilterSet{}, sha512.New384)
So(err, ShouldBeNil)
hash1 := Hash(bucket, sha512.New384)
hash2 := Hash(bucket2, sha512.New384)
So(hash2, ShouldResemble, hash1)
})
})
}),
)
}
func TestTarInputCompat(t *testing.T) {
projPath, _ := os.Getwd()
projPath = filepath.Dir(filepath.Dir(filepath.Dir(projPath)))
Convey("Unpacking tars should match exec untar", t,
testutil.Requires(testutil.RequiresRoot, testutil.WithTmpdir(func() {
checkEquivalence := func(hash, filename string, paveBase bool) {
transmat := New("./workdir/tar")
// apply it; hope it doesn't blow up
arena := transmat.Materialize(
integrity.TransmatKind("tar"),
integrity.CommitID(hash),
[]integrity.SiloURI{
integrity.SiloURI("file://" + filename),
},
)
defer arena.Teardown()
// do a native untar; since we don't have an upfront fixture
// for this thing, we'll compare the two as filesystems.
// this is not well isolated from the host; consider improving that a todo.
os.Mkdir("./untar", 0755)
tarProc := gosh.Gosh(
"tar",
"-xf", filename,
"-C", "./untar",
gosh.NullIO,
).RunAndReport()
So(tarProc.GetExitCode(), ShouldEqual, 0)
// native untar may or may not have an opinion about the base dir, depending on how it was formed.
// but our scans do, so, if the `paveBase` flag was set to warn us that the tar was missing an "./" entry, flatten that here.
if paveBase {
So(fspatch.LUtimesNano("./untar", def.Epochwhen, def.Epochwhen), ShouldBeNil)
}
// scan and compare
scan1 := filefixture.Scan(arena.Path())
scan2 := filefixture.Scan("./untar")
// boy, that's entertaining though: gnu tar does all the same stuff,
// except it doesn't honor our nanosecond timings.
// also exclude bodies because they're *big*.
comparisonLevel := filefixture.CompareDefaults &^ filefixture.CompareSubsecond &^ filefixture.CompareBody
So(scan1.Describe(comparisonLevel), ShouldEqual, scan2.Describe(comparisonLevel))
}
Convey("Given a fixture tarball complete with base dir", func() {
checkEquivalence(
"BX0jm4jRNCg1KMbZfv4zp7ZaShx9SUXKaDrO-Xy6mWIoWOCFP5VnDHDDR3nU4PrR",
filepath.Join(projPath, "data/fixture/tar_withBase.tgz"),
false,
)
})
Convey("Given a fixture tarball lacking base dir", func() {
checkEquivalence(
"ZdV3xhCGWeJmsfeHpDF4nF9stwvdskYwcepKMcOf7a2ziax1YGjQvGTJjRWFkvG1",
filepath.Join(projPath, "data/fixture/tar_sansBase.tgz"),
true,
)
})
Convey("Given a fixture tarball containing ubuntu",
testutil.Requires(testutil.RequiresLongRun, func() {
checkEquivalence(
ubuntuTarballHash,
filepath.Join(projPath, "assets/ubuntu.tar.gz"),
true,
)
}),
)
})),
)
Convey("Bouncing unusual tars should match hash", t,
// where really all "unusual" means is "valid tar, but not from our own cannonical output".
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
checkBounce := func(hash, filename string) {
transmat := New("./workdir/tar")
// apply it; hope it doesn't blow up
arena := transmat.Materialize(
integrity.TransmatKind("tar"),
integrity.CommitID(hash),
[]integrity.SiloURI{
integrity.SiloURI("file://" + filename),
},
)
defer arena.Teardown()
// scan and compare
commitID := transmat.Scan(integrity.TransmatKind("tar"), arena.Path(), nil)
// debug: gosh.Sh("tar", "--utc", "-xOvf", filename)
So(commitID, ShouldEqual, integrity.CommitID(hash))
}
Convey("Given a fixture tarball complete with base dir", func() {
checkBounce(
"BX0jm4jRNCg1KMbZfv4zp7ZaShx9SUXKaDrO-Xy6mWIoWOCFP5VnDHDDR3nU4PrR",
filepath.Join(projPath, "data/fixture/tar_withBase.tgz"),
)
})
Convey("Given a fixture tarball lacking base dir", func() {
checkBounce(
"ZdV3xhCGWeJmsfeHpDF4nF9stwvdskYwcepKMcOf7a2ziax1YGjQvGTJjRWFkvG1",
filepath.Join(projPath, "data/fixture/tar_sansBase.tgz"),
)
})
// this won't fly until we support hardlinks; the original asset uses them.
// Convey("Given a fixture tarball containing ubuntu",
// testutil.Requires(testutil.RequiresLongRun, func() {
// checkBounce(
// ubuntuTarballHash,
// filepath.Join(projPath, "assets/ubuntu.tar.gz"),
// )
// }),
// )
}),
),
)
}
func TestGitLocalFileInputCompat(t *testing.T) {
// note that this test eschews use of regular file fixtures for a few reasons:
// - because it's capable of working without root if it doesn't try to chown
// - because we're doing custom content anyway so we have multiple commits
// both of these could be addressed with upgrades to filefixtures in the future.
Convey("Given a local git repo", t, testutil.Requires(
testutil.WithTmpdir(func() {
git := git.Bake(gosh.Opts{Env: map[string]string{
"GIT_AUTHOR_NAME": "repeatr",
"GIT_AUTHOR_EMAIL": "repeatr",
"GIT_COMMITTER_NAME": "repeatr",
"GIT_COMMITTER_EMAIL": "repeatr",
}})
var dataHash_1 integrity.CommitID
var dataHash_2 integrity.CommitID
var dataHash_3 integrity.CommitID
git.Bake("init", "--", "repo-a").RunAndReport()
testutil.UsingDir("repo-a", func() {
git.Bake("commit", "--allow-empty", "-m", "testrepo-a initial commit").RunAndReport()
dataHash_1 = integrity.CommitID(strings.Trim(git.Bake("rev-parse", "HEAD").Output(), "\n"))
ioutil.WriteFile("file-a", []byte("abcd"), 0644)
git.Bake("add", ".").RunAndReport()
git.Bake("commit", "-m", "testrepo-a commit 1").RunAndReport()
dataHash_2 = integrity.CommitID(strings.Trim(git.Bake("rev-parse", "HEAD").Output(), "\n"))
ioutil.WriteFile("file-e", []byte("efghi"), 0644)
git.Bake("add", ".").RunAndReport()
git.Bake("commit", "-m", "testrepo-a commit 2").RunAndReport()
dataHash_3 = integrity.CommitID(strings.Trim(git.Bake("rev-parse", "HEAD").Output(), "\n"))
})
transmat := New("./workdir")
Convey("Materialization should be able to produce the latest commit", FailureContinues, func() {
uris := []integrity.SiloURI{integrity.SiloURI("./repo-a")}
// materialize from the ID returned by foreign git
arena := transmat.Materialize(Kind, dataHash_3, uris, integrity.AcceptHashMismatch)
// assert hash match
// (normally survival would attest this, but we used the `AcceptHashMismatch` to supress panics in the name of letting the test see more after failures.)
So(arena.Hash(), ShouldEqual, dataHash_3)
// check filesystem to loosely match the original fixture
So(filepath.Join(arena.Path(), "file-a"), testutil.ShouldBeFile)
So(filepath.Join(arena.Path(), "file-e"), testutil.ShouldBeFile)
So(filepath.Join(arena.Path(), ".git"), testutil.ShouldBeNotFile)
})
Convey("Materialization should be able to produce older commits", FailureContinues, func() {
uris := []integrity.SiloURI{integrity.SiloURI("./repo-a")}
// materialize from the ID returned by foreign git
arena := transmat.Materialize(Kind, dataHash_2, uris, integrity.AcceptHashMismatch)
// assert hash match
// (normally survival would attest this, but we used the `AcceptHashMismatch` to supress panics in the name of letting the test see more after failures.)
So(arena.Hash(), ShouldEqual, dataHash_2)
// check filesystem to loosely match the original fixture
So(filepath.Join(arena.Path(), "file-a"), testutil.ShouldBeFile)
So(filepath.Join(arena.Path(), "file-e"), testutil.ShouldBeNotFile)
So(filepath.Join(arena.Path(), ".git"), testutil.ShouldBeNotFile)
})
})),
)
// TODO you really should do this with a fixture loop
// but that does also leave questions about multi-commits, branches, etc.
// so do both i guess.
//filefixture.Beta.Create("repo-a")
}
func TestCborMux(t *testing.T) {
Convey("Using a cbor file-backed streamer mux", t, testutil.WithTmpdir(func() {
strm := CborFileMux("./logfile")
Convey("Given a single complete stream", func() {
a1 := strm.Appender(1)
a1.Write([]byte("asdf"))
a1.Write([]byte("qwer"))
a1.Close()
Convey("Readall should get the whole stream", func() {
r1 := strm.Reader(1)
bytes, err := ioutil.ReadAll(r1)
So(err, ShouldBeNil)
So(string(bytes), ShouldEqual, "asdfqwer")
Convey("Readall *again* should get the whole stream, from the beginning", func() {
r1 := strm.Reader(1)
bytes, err := ioutil.ReadAll(r1)
So(err, ShouldBeNil)
So(string(bytes), ShouldEqual, "asdfqwer")
})
})
Convey("Small reads shouldn't lose parts", func() {
// small reads should:
// 1. finish any previous chunks if buffered from a prior small read -- and then return, without starting a new chunk
// 2. return as much as they can
r1 := strm.Reader(1)
buf := make([]byte, 3)
n, err := r1.Read(buf)
So(err, ShouldBeNil)
So(n, ShouldEqual, 3)
So(string(buf[:n]), ShouldEqual, "asd")
n, err = r1.Read(buf)
So(err, ShouldBeNil)
So(n, ShouldEqual, 1)
So(string(buf[:n]), ShouldEqual, "f")
// make the buffer even more small, so it takes >2 reads
buf = make([]byte, 1)
n, err = r1.Read(buf)
So(err, ShouldBeNil)
So(n, ShouldEqual, 1)
So(string(buf[:n]), ShouldEqual, "q")
n, err = r1.Read(buf)
So(err, ShouldBeNil)
So(n, ShouldEqual, 1)
So(string(buf[:n]), ShouldEqual, "w")
n, err = r1.Read(buf)
So(err, ShouldBeNil)
So(n, ShouldEqual, 1)
So(string(buf[:n]), ShouldEqual, "e")
})
})
Convey("Given two complete streams", func() {
a1 := strm.Appender(1)
a2 := strm.Appender(2)
a1.Write([]byte("asdf"))
a2.Write([]byte("qwer"))
a1.Write([]byte("asdf"))
a1.Close()
a2.Write([]byte("zxcv"))
a2.Close()
Convey("Readall on one label should get the whole stream for that label", func() {
r1 := strm.Reader(1)
bytes, err := ioutil.ReadAll(r1)
So(err, ShouldBeNil)
So(string(bytes), ShouldEqual, "asdfasdf")
})
Convey("Readall on both labels should get the whole stream", func() {
r12 := strm.Reader(1, 2)
bytes, err := ioutil.ReadAll(r12)
So(err, ShouldBeNil)
So(string(bytes), ShouldEqual, "asdfqwerasdfzxcv")
})
})
Convey("Given two in-progress streams", func() {
a1 := strm.Appender(1)
a2 := strm.Appender(2)
a1.Write([]byte("asdf"))
a2.Write([]byte("qwer"))
Convey("Readall on one label should not return yet", FailureContinues, func() {
r1 := strm.Reader(1)
r1chan := make(chan resp)
go func() {
bytes, err := ioutil.ReadAll(r1)
r1chan <- resp{bytes, err}
}()
select {
case <-r1chan:
So(true, ShouldBeFalse)
default:
// should be blocked and bounce out here
So(true, ShouldBeTrue)
}
Convey("Sending more bytes and closing should be readable", func() {
a1.Write([]byte("zxcv"))
select {
case <-r1chan:
So(true, ShouldBeFalse)
default:
// should be blocked and bounce out here
So(true, ShouldBeTrue)
}
a1.Close()
select {
case resp := <-r1chan:
So(resp.err, ShouldBeNil)
So(string(resp.msg), ShouldEqual, "asdfzxcv")
case <-time.After(1 * time.Second):
So(true, ShouldBeFalse)
}
})
})
})
Convey("It should parse as regular cbor", func() {
a1 := strm.Appender(1)
a1.Write([]byte("asdf"))
a2 := strm.Appender(2)
a2.Write([]byte("qwer"))
a1.Close()
a2.Close()
strm.(*CborMux).Close()
file, err := os.OpenFile("./logfile", os.O_RDONLY, 0)
So(err, ShouldBeNil)
dec := codec.NewDecoder(file, new(codec.CborHandle))
reheated := make([]cborMuxRow, 0)
dec.MustDecode(&reheated)
So(reheated, ShouldResemble, []cborMuxRow{
{Label: 1, Msg: []byte("asdf")},
{Label: 2, Msg: []byte("qwer")},
{Label: 1, Sig: 1},
{Label: 2, Sig: 1},
})
})
}))
}
// you probs want to create that assembler with a variety of placers
func CheckAssemblerGetsDataIntoPlace(assemblerFn integrity.Assembler) {
Convey("Assembly with just a root fs works",
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
filefixture.Alpha.Create("./material/alpha")
assembleAndScan(
assemblerFn,
[]integrity.AssemblyPart{
{TargetPath: "/", SourcePath: "./material/alpha"},
},
filefixture.Alpha,
)
}),
),
)
Convey("Assembly with one placement into an existing dir works",
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
filefixture.Alpha.Create("./material/alpha")
filefixture.Beta.Create("./material/beta")
assembleAndScan(
assemblerFn,
[]integrity.AssemblyPart{
{TargetPath: "/", SourcePath: "./material/alpha", Writable: true},
{TargetPath: "/a", SourcePath: "./material/beta", Writable: true},
},
filefixture.ConjoinFixtures([]filefixture.FixtureAssemblyPart{
{TargetPath: "/", Fixture: filefixture.Alpha},
{TargetPath: "/a", Fixture: filefixture.Beta},
}),
)
}),
),
)
Convey("Assembly with one placement into an implicitly-created dir works",
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
filefixture.Alpha.Create("./material/alpha")
filefixture.Beta.Create("./material/beta")
assembleAndScan(
assemblerFn,
[]integrity.AssemblyPart{
{TargetPath: "/", SourcePath: "./material/alpha", Writable: true},
{TargetPath: "/q", SourcePath: "./material/beta", Writable: true},
},
filefixture.ConjoinFixtures([]filefixture.FixtureAssemblyPart{
{TargetPath: "/", Fixture: filefixture.Alpha},
{TargetPath: "/q", Fixture: filefixture.Beta},
}),
)
}),
),
)
Convey("Assembly with overlapping placements shows only top layer",
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
filefixture.Alpha.Create("./material/alpha")
filefixture.Beta.Create("./material/beta")
assembleAndScan(
assemblerFn,
[]integrity.AssemblyPart{
{TargetPath: "/", SourcePath: "./material/alpha", Writable: true},
// this one's interesting because ./b/c is already a file
{TargetPath: "/b", SourcePath: "./material/beta", Writable: true},
},
filefixture.ConjoinFixtures([]filefixture.FixtureAssemblyPart{
{TargetPath: "/", Fixture: filefixture.Alpha},
{TargetPath: "/b", Fixture: filefixture.Beta},
}),
)
}),
),
)
Convey("Assembly using the same base twice works",
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
filefixture.Alpha.Create("./material/alpha")
filefixture.Beta.Create("./material/beta")
assembleAndScan(
assemblerFn,
[]integrity.AssemblyPart{
{TargetPath: "/", SourcePath: "./material/alpha", Writable: true},
{TargetPath: "/q", SourcePath: "./material/beta", Writable: true},
{TargetPath: "/w", SourcePath: "./material/beta", Writable: true},
},
filefixture.ConjoinFixtures([]filefixture.FixtureAssemblyPart{
{TargetPath: "/", Fixture: filefixture.Alpha},
{TargetPath: "/q", Fixture: filefixture.Beta},
{TargetPath: "/w", Fixture: filefixture.Beta},
}),
)
}),
),
)
Convey("Assembly with implicitly created deep dirs works",
testutil.Requires(
testutil.RequiresRoot,
testutil.WithTmpdir(func() {
filefixture.Alpha.Create("./material/alpha")
filefixture.Beta.Create("./material/beta")
assembleAndScan(
assemblerFn,
[]integrity.AssemblyPart{
{TargetPath: "/", SourcePath: "./material/alpha", Writable: true},
{TargetPath: "/a", SourcePath: "./material/beta", Writable: true},
{TargetPath: "/d/d/d", SourcePath: "./material/beta", Writable: true},
},
filefixture.Fixture{Files: []filefixture.FixtureFile{
{fs.Metadata{Name: ".", Mode: 0755, ModTime: time.Unix(1000, 2000)}, nil}, // even though the basedir was made by the assembler, this should have the rootfs's properties overlayed onto it
{fs.Metadata{Name: "./a"}, nil}, // this one's mode and times should be overlayed by the second mount
{fs.Metadata{Name: "./a/1"}, []byte{}},
{fs.Metadata{Name: "./a/2"}, []byte{}},
{fs.Metadata{Name: "./a/3"}, []byte{}},
{fs.Metadata{Name: "./b", Mode: 0750, ModTime: time.Unix(5000, 2000)}, nil},
{fs.Metadata{Name: "./b/c", Mode: 0664, ModTime: time.Unix(7000, 2000)}, []byte("zyx")},
{fs.Metadata{Name: "./d", Uid: -1, Gid: -1}, nil}, // these should have been manifested by the assembler
{fs.Metadata{Name: "./d/d", Uid: -1, Gid: -1}, nil},
{fs.Metadata{Name: "./d/d/d"}, nil},
{fs.Metadata{Name: "./d/d/d/1"}, []byte{}},
{fs.Metadata{Name: "./d/d/d/2"}, []byte{}},
{fs.Metadata{Name: "./d/d/d/3"}, []byte{}},
}}.Defaults(),
)
}),
),
)
// additional coverage todos:
// - failure path: placement that overlaps a file somewhere
// - everything about changes and ensuring they're isolated... deserves a whole battery
}