func TestQueryValuesToManifestIDHappyPath(t *testing.T) {
assert := assert.New(t)
pq := func(s string) *QueryValues {
v, _ := url.ParseQuery(s)
return &QueryValues{v}
}
ev := func(x interface{}, e error) error {
return e
}
mid := func(v sous.ManifestID, e error) sous.ManifestID {
return v
}
assert.NoError(ev(manifestIDFromValues(pq("repo=gh1"))))
assert.NoError(ev(manifestIDFromValues(pq("repo=gh1&offset=o1"))))
assert.NoError(ev(manifestIDFromValues(pq("repo=gh1&offset=o1&flavor=f1"))))
assert.Equal(
mid(manifestIDFromValues(pq("repo=gh1"))),
sous.ManifestID{Source: sous.SourceLocation{Repo: "gh1"}})
assert.Equal(
mid(manifestIDFromValues(pq("repo=gh1&offset=o1"))),
sous.ManifestID{Source: sous.SourceLocation{Repo: "gh1", Dir: "o1"}})
assert.Equal(
mid(manifestIDFromValues(pq("repo=gh1&offset=o1&flavor=f1"))),
sous.ManifestID{Source: sous.SourceLocation{Repo: "gh1", Dir: "o1"}, Flavor: "f1"})
}
func TestBuildDeployment(t *testing.T) {
assert := assert.New(t)
m := &Manifest{
Source: SourceLocation{},
Owners: []string{"*****@*****.**"},
Kind: ManifestKindService,
}
sp := DeploySpec{
DeployConfig: DeployConfig{
Resources: Resources{},
Args: []string{},
Env: Env{},
NumInstances: 3,
Volumes: Volumes{
&Volume{"h", "c", "RO"},
},
},
Version: semv.MustParse("1.2.3"),
clusterName: "cluster.name",
}
var ih []DeploySpec
nick := "cn"
state := &State{Defs: Defs{Clusters: Clusters{nick: &Cluster{BaseURL: "http://not"}}}}
d, err := BuildDeployment(state, m, nick, sp, ih)
if assert.NoError(err) {
if assert.Len(d.DeployConfig.Volumes, 1) {
assert.Equal("c", d.DeployConfig.Volumes[0].Container)
}
assert.Equal(nick, d.ClusterName)
}
}
func TestManifestSet(t *testing.T) {
mid := sous.ManifestID{
Source: sous.SourceLocation{
Repo: project1.Repo,
},
}
baseState := makeTestState()
mani, present := baseState.Manifests.Get(mid)
require.True(t, present)
mani.Flavor = "vanilla"
yml, err := yaml.Marshal(mani)
require.NoError(t, err)
in := bytes.NewBuffer(yml)
state := makeTestState()
dummyWriter := sous.DummyStateManager{State: state}
writer := graph.StateWriter{StateWriter: &dummyWriter}
sms := &SousManifestSet{
TargetManifestID: graph.TargetManifestID(mid),
State: state,
InReader: graph.InReader(in),
StateWriter: writer,
}
assert.Equal(t, 0, dummyWriter.WriteCount)
res := sms.Execute([]string{})
assert.Equal(t, 0, res.ExitCode())
assert.Equal(t, 1, dummyWriter.WriteCount)
upManifest, present := state.Manifests.Get(mid)
require.True(t, present)
assert.Equal(t, upManifest.Flavor, "vanilla")
}
func assertSourceContextSuccess(t *testing.T, expected sous.ManifestID, flags *sous.ResolveFilter, ctx *sous.SourceContext) {
disco := &SourceContextDiscovery{SourceContext: ctx}
actual, err := newTargetManifestID(flags, disco)
require.NoError(t, err)
assert.Equal(t, actual.Source.Repo, expected.Source.Repo, "repos differ")
assert.Equal(t, actual.Source.Dir, expected.Source.Dir, "offsets differ")
assert.Equal(t, actual.Flavor, expected.Flavor, "flavors differ")
}
func TestInvokeDeploy(t *testing.T) {
assert := assert.New(t)
require := require.New(t)
exe := justCommand(t, []string{`sous`, `deploy`, `-cluster`, `ci-sf`, `-tag`, `1.2.3`})
assert.NotNil(exe)
assert.Len(exe.Args, 0)
deploy, good := exe.Cmd.(*SousDeploy)
require.True(good)
assert.Equal(deploy.DeployFilterFlags.Cluster, `ci-sf`)
assert.Equal(deploy.DeployFilterFlags.Tag, `1.2.3`)
}
func TestTagStrings(t *testing.T) {
assert := assert.New(t)
sid, err := sous.NewSourceID("github.com/opentable/sous", "docker", "1.2.3+deadbeef")
if err != nil {
t.Fatal(err)
}
assert.Equal("/sous/docker:1.2.3", versionName(sid))
assert.Equal("/sous/docker:deadbeef", revisionName(sid))
}
func TestVersion(t *testing.T) {
assert := assert.New(t)
sc := SourceContext{
OffsetDir: "sub",
RemoteURL: "github.com/opentable/test",
NearestTagName: "1.2.3",
}
id := sc.Version()
assert.Equal("github.com/opentable/test", id.Location.Repo)
assert.Equal("sub", string(id.Location.Dir))
assert.Equal("1.2.3", id.Version.String())
}
func TestValidateRepairResources(t *testing.T) {
empty := make(Resources)
flaws := empty.Validate()
assert.Len(t, flaws, 3)
flaws, es := RepairAll(flaws)
assert.Len(t, flaws, 0)
assert.Len(t, es, 0)
assert.Equal(t, empty["cpus"], "0.1")
assert.Equal(t, empty["memory"], "100")
assert.Equal(t, empty["ports"], "1")
}
func TestCreates(t *testing.T) {
assert := assert.New(t)
created := &sous.Deployable{
BuildArtifact: &sous.BuildArtifact{
Type: "docker",
Name: "reqid,0.0.0",
},
Deployment: &sous.Deployment{
SourceID: sous.SourceID{
Location: sous.SourceLocation{
Repo: "reqid",
},
},
DeployConfig: sous.DeployConfig{
NumInstances: 12,
},
Cluster: &sous.Cluster{BaseURL: "cluster"},
ClusterName: "nick",
},
}
crts := make(chan *sous.Deployable, 1)
errs := make(chan error, 10)
client := sous.NewDummyRectificationClient()
deployer := NewDeployer(client)
crts <- created
close(crts)
deployer.RectifyCreates(crts, errs)
close(errs)
for e := range errs {
t.Error(e)
}
if assert.Len(client.Deployed, 1) {
dep := client.Deployed[0]
assert.Equal("cluster", dep.Cluster)
assert.Equal("reqid,0.0.0", dep.ImageName)
}
if assert.Len(client.Created, 1) {
req := client.Created[0]
assert.Equal("cluster", req.Cluster)
assert.Equal("reqid::nick", req.ID)
assert.Equal(12, req.Count)
}
}
func TestMetadataDockerfile(t *testing.T) {
assert := assert.New(t)
b := Builder{}
br := sous.BuildResult{
ImageID: "identifier",
Advisories: []string{`something is horribly wrong`},
}
bc := sous.BuildContext{
Source: sous.SourceContext{
OffsetDir: "sub",
RemoteURL: "github.com/opentable/test",
Revision: "abcd",
NearestTagName: "2.3.7",
},
}
mddf, err := ioutil.ReadAll(b.metadataDockerfile(&br, &bc))
assert.NoError(err)
assert.Equal(
`FROM identifier
LABEL \
com.opentable.sous.repo_offset="sub" \
com.opentable.sous.repo_url="github.com/opentable/test" \
com.opentable.sous.revision="abcd" \
com.opentable.sous.version="2.3.7" \
com.opentable.sous.advisories="something is horribly wrong"`, string(mddf))
}
func TestNameCache(t *testing.T) {
assert := assert.New(t)
sous.Log.Debug.SetOutput(os.Stdout)
ResetSingularity()
defer ResetSingularity()
drc := docker_registry.NewClient()
drc.BecomeFoolishlyTrusting()
db, err := docker.GetDatabase(&docker.DBConfig{
Driver: "sqlite3_sous",
Connection: docker.InMemoryConnection("testnamecache"),
})
if err != nil {
t.Fatal(err)
}
nc := docker.NewNameCache("", drc, db)
repoOne := "https://github.com/opentable/one.git"
manifest(nc, "opentable/one", "test-one", repoOne, "1.1.1")
cn, err := nc.GetCanonicalName(BuildImageName("opentable/one", "1.1.1"))
if err != nil {
assert.FailNow(err.Error())
}
labels, err := drc.LabelsForImageName(cn)
if assert.NoError(err) {
assert.Equal("1.1.1", labels[docker.DockerVersionLabel])
}
}
func TestModifyScale(t *testing.T) {
log.SetFlags(log.Flags() | log.Lshortfile)
assert := assert.New(t)
mods := make(chan *sous.DeployablePair, 1)
errs := make(chan error, 10)
pair := baseDeployablePair()
pair.Prior.Deployment.DeployConfig.NumInstances = 12
pair.Post.Deployment.DeployConfig.NumInstances = 24
client := sous.NewDummyRectificationClient()
deployer := NewDeployer(client)
mods <- pair
close(mods)
deployer.RectifyModifies(mods, errs)
close(errs)
for e := range errs {
t.Error(e)
}
assert.Len(client.Deployed, 0)
if assert.Len(client.Created, 1) {
assert.Equal(24, client.Created[0].Count)
}
}
func TestInvokeRectifyWithoutFilterFlags(t *testing.T) {
assert := assert.New(t)
require := require.New(t)
_, exe, _, _ := prepareCommand(t, []string{`sous`, `rectify`})
assert.Len(exe.Args, 0)
require.IsType(&SousRectify{}, exe.Cmd)
rect := exe.Cmd.(*SousRectify)
assert.NotNil(rect.Config)
assert.NotNil(rect.GDM)
require.NotNil(rect.SourceFlags)
assert.Equal(rect.SourceFlags.All, false)
require.NotNil(rect.Resolver.ResolveFilter)
assert.Equal(rect.Resolver.ResolveFilter.All(), true)
}
func TestRoundTrip(t *testing.T) {
assert := assert.New(t)
dc := docker_registry.NewDummyClient()
host := "docker.repo.io"
base := "ot/wackadoo"
nc := NewNameCache(host, dc, inMemoryDB("roundtrip"))
sv := sous.MustNewSourceID("https://github.com/opentable/wackadoo", "nested/there", "1.2.3")
in := base + ":version-1.2.3"
digest := "sha256:012345678901234567890123456789AB012345678901234567890123456789AB"
err := nc.Insert(sv, in, digest, []sous.Quality{})
assert.NoError(err)
cn, err := nc.GetCanonicalName(in)
if assert.NoError(err) {
assert.Equal(in, cn)
}
nin, _, err := nc.getImageName(sv)
if assert.NoError(err) {
assert.Equal(in, nin)
}
newSV := sous.MustNewSourceID("https://github.com/opentable/wackadoo", "nested/there", "1.2.42")
cn = base + "@" + digest
dc.FeedMetadata(docker_registry.Metadata{
Registry: host,
Labels: Labels(newSV),
Etag: digest,
CanonicalName: cn,
AllNames: []string{cn, in},
})
sv, err = nc.GetSourceID(NewBuildArtifact(in, nil))
if assert.Nil(err) {
assert.Equal(newSV, sv)
}
ncn, err := nc.GetCanonicalName(host + "/" + in)
if assert.Nil(err) {
assert.Equal(host+"/"+cn, ncn)
}
}
func TestGetRunningDeploymentSet_otherCluster(t *testing.T) {
//sous.Log.Vomit.SetFlags(sous.Log.Vomit.Flags() | log.Ltime)
//sous.Log.Vomit.SetOutput(os.Stderr)
//sous.Log.Vomit.Print("Starting stderr output")
sous.Log.Debug.SetFlags(sous.Log.Debug.Flags() | log.Ltime)
sous.Log.Debug.SetOutput(os.Stderr)
sous.Log.Debug.Print("Starting stderr output")
assert := assert.New(t)
registerLabelledContainers()
drc := docker_registry.NewClient()
drc.BecomeFoolishlyTrusting()
nc := docker.NewNameCache("", drc, newInMemoryDB("grds"))
client := singularity.NewRectiAgent()
d := singularity.NewDeployer(client)
clusters := []string{"other-cluster"}
ds, which := deploymentWithRepo(clusters, nc, assert, d, "github.com/opentable/docker-grafana")
deps := ds.Snapshot()
if assert.Equal(1, len(deps)) {
grafana := deps[which]
assert.Equal(SingularityURL, grafana.Cluster.BaseURL)
assert.Regexp("^0\\.1", grafana.Resources["cpus"]) // XXX strings and floats...
assert.Regexp("^100\\.", grafana.Resources["memory"]) // XXX strings and floats...
assert.Equal("1", grafana.Resources["ports"]) // XXX strings and floats...
assert.Equal(17, grafana.SourceID.Version.Patch)
assert.Equal("91495f1b1630084e301241100ecf2e775f6b672c", grafana.SourceID.Version.Meta)
assert.Equal(1, grafana.NumInstances)
assert.Equal(sous.ManifestKindService, grafana.Kind)
}
ResetSingularity()
}
func TestModify(t *testing.T) {
Log.Debug.SetOutput(os.Stderr)
defer Log.Debug.SetOutput(ioutil.Discard)
assert := assert.New(t)
before := "1.2.3-test"
after := "2.3.4-new"
pair := baseDeployablePair()
pair.Prior.Deployment.SourceID.Version = semv.MustParse(before)
pair.Prior.Deployment.DeployConfig.NumInstances = 1
pair.Prior.Deployment.DeployConfig.Volumes = sous.Volumes{{"host", "container", "RO"}}
pair.Post.Deployment.SourceID.Version = semv.MustParse(after)
pair.Post.Deployment.DeployConfig.NumInstances = 24
pair.Post.Deployment.DeployConfig.Volumes = sous.Volumes{{"host", "container", "RW"}}
pair.Post.BuildArtifact.Name = "2.3.4"
mods := make(chan *sous.DeployablePair, 1)
errs := make(chan error, 10)
client := sous.NewDummyRectificationClient()
deployer := NewDeployer(client)
mods <- pair
close(mods)
deployer.RectifyModifies(mods, errs)
close(errs)
for e := range errs {
t.Error(e)
}
if assert.Len(client.Created, 1) {
assert.Equal(24, client.Created[0].Count)
}
if assert.Len(client.Deployed, 1) {
assert.Regexp("2.3.4", client.Deployed[0].ImageName)
log.Print(client.Deployed[0].Vols)
assert.Equal("RW", string(client.Deployed[0].Vols[0].Mode))
}
}
func TestRegistries(t *testing.T) {
assert := assert.New(t)
rs := NewRegistries()
r := ®istry{}
assert.NoError(rs.AddRegistry("x", r))
assert.Equal(rs.GetRegistry("x"), r)
assert.NoError(rs.DeleteRegistry("x"))
assert.Nil(rs.GetRegistry("x"))
}
func TestRealDiff(t *testing.T) {
log.SetFlags(log.Flags() | log.Lshortfile)
assert := assert.New(t)
intended := NewDeployments()
existing := NewDeployments()
repoOne := "https://github.com/opentable/one"
repoTwo := "https://github.com/opentable/two"
repoThree := "https://github.com/opentable/three"
repoFour := "https://github.com/opentable/four"
intended.MustAdd(makeDepl(repoOne, 1)) //remove
existing.MustAdd(makeDepl(repoTwo, 1)) //same
intended.MustAdd(makeDepl(repoTwo, 1)) //same
existing.MustAdd(makeDepl(repoThree, 1)) //changed
intended.MustAdd(makeDepl(repoThree, 2)) //changed
existing.MustAdd(makeDepl(repoFour, 1)) //create
dc := intended.Diff(existing)
ds := dc.collect()
if assert.Len(ds.Gone.Snapshot(), 1, "Should have one deleted item.") {
it, _ := ds.Gone.Any(func(*Deployment) bool { return true })
assert.Equal(string(it.SourceID.Location.Repo), repoOne)
}
if assert.Len(ds.Same.Snapshot(), 1, "Should have one unchanged item.") {
it, _ := ds.Same.Any(func(*Deployment) bool { return true })
assert.Equal(string(it.SourceID.Location.Repo), repoTwo)
}
if assert.Len(ds.Changed, 1, "Should have one modified item.") {
assert.Equal(repoThree, string(ds.Changed[0].name.ManifestID.Source.Repo))
assert.Equal(repoThree, string(ds.Changed[0].Prior.SourceID.Location.Repo))
assert.Equal(repoThree, string(ds.Changed[0].Post.SourceID.Location.Repo))
assert.Equal(ds.Changed[0].Post.NumInstances, 1)
assert.Equal(ds.Changed[0].Prior.NumInstances, 2)
}
if assert.Equal(ds.New.Len(), 1, "Should have one added item.") {
it, _ := ds.New.Any(func(*Deployment) bool { return true })
assert.Equal(string(it.SourceID.Location.Repo), repoFour)
}
}
func TestHandlesManifestPut(t *testing.T) {
assert := assert.New(t)
require := require.New(t)
q, err := url.ParseQuery("repo=gh")
require.NoError(err)
state := sous.NewState()
state.Manifests.Add(&sous.Manifest{
Source: sous.SourceLocation{Repo: "gh"},
Kind: sous.ManifestKindService,
})
writer := graph.StateWriter{StateWriter: &sous.DummyStateManager{State: state}}
manifest := &sous.Manifest{
Source: sous.SourceLocation{Repo: "gh"},
Owners: []string{"sam", "judson"},
Kind: sous.ManifestKindService,
}
buf := &bytes.Buffer{}
enc := json.NewEncoder(buf)
enc.Encode(manifest)
req, err := http.NewRequest("PUT", "", buf)
require.NoError(err)
th := &PUTManifestHandler{
Request: req,
StateWriter: writer,
State: state,
QueryValues: &QueryValues{q},
}
data, status := th.Exchange()
assert.Equal(status, 200)
require.IsType(&sous.Manifest{}, data)
assert.Len(data.(*sous.Manifest).Owners, 2)
assert.Equal(data.(*sous.Manifest).Owners[1], "judson")
changed, found := state.Manifests.Get(sous.ManifestID{Source: sous.SourceLocation{Repo: "gh"}})
require.True(found)
assert.Len(changed.Owners, 2)
assert.Equal(changed.Owners[1], "judson")
}
func TestRemoteProcessing(t *testing.T) {
assert := assert.New(t)
rs := Remotes{
`origin`: Remote{
Name: `origin`,
FetchURL: `https://github.com/origin/fetch`,
PushURL: `https://github.com/origin/push`,
},
`upstream`: Remote{
Name: `upstream`,
FetchURL: `https://github.com/upstream/fetch.git`,
PushURL: `https://github.com/upstream/push.git`,
},
`something`: Remote{
Name: `something`,
FetchURL: `[email protected]:something/fetch.git`,
PushURL: `[email protected]:something/push.git`,
},
}
assert.Equal(`github.com/upstream/fetch`, guessPrimaryRemote(rs))
afs := allFetchURLs(rs)
assert.Contains(afs, `github.com/origin/fetch`)
assert.NotContains(afs, `github.com/origin/push`)
assert.Contains(afs, `github.com/upstream/fetch`)
assert.NotContains(afs, `github.com/upstream/push`)
assert.Contains(afs, `github.com/something/fetch`)
assert.NotContains(afs, `github.com/something/push`)
delete(rs, `upstream`)
assert.Equal(`github.com/origin/fetch`, guessPrimaryRemote(rs))
afs = allFetchURLs(rs)
assert.Contains(afs, `github.com/origin/fetch`)
assert.NotContains(afs, `github.com/upstream/fetch`)
delete(rs, `origin`)
assert.Equal(``, guessPrimaryRemote(rs))
afs = allFetchURLs(rs)
assert.NotContains(afs, `github.com/upstream/fetch`)
assert.Contains(afs, `github.com/something/fetch`)
}
func TestHandlesGDMGet(t *testing.T) {
assert := assert.New(t)
th := &GDMHandler{graph.CurrentGDM{
Deployments: sous.NewDeployments(),
}}
data, status := th.Exchange()
assert.Equal(status, 200)
assert.Len(data.(gdmWrapper).Deployments, 0)
}
func TestMissingName(t *testing.T) {
assert := assert.New(t)
dc := docker_registry.NewDummyClient()
nc := NewNameCache("", dc, inMemoryDB("missing"))
v := "4.5.6"
sv := sous.MustNewSourceID("https://github.com/opentable/brand-new-idea", "nested/there", v)
name, _, err := nc.getImageName(sv)
assert.Equal("", name)
assert.Error(err)
}
func TestReharvest(t *testing.T) {
assert := assert.New(t)
dc := docker_registry.NewDummyClient()
_, err := dc.GetImageMetadata("", "")
assert.Error(err) //because channel starved
host := "docker.repo.io"
base := "ot/wackadoo"
nc := NewNameCache(host, dc, inMemoryDB("reharvest"))
vstr := "1.2.3"
sv := sous.MustNewSourceID("https://github.com/opentable/wackadoo", "nested/there", vstr)
in := base + ":version-" + vstr
digest := "sha256:012345678901234567890123456789AB012345678901234567890123456789AB"
cn := base + "@" + digest
dc.FeedMetadata(docker_registry.Metadata{
Registry: host,
Labels: Labels(sv),
Etag: digest,
CanonicalName: cn,
AllNames: []string{cn, in},
})
gotSV, err := nc.GetSourceID(NewBuildArtifact(host+"/"+in, nil)) // XXX Really prefix with host?
if assert.Nil(err) {
assert.Equal(gotSV, sv)
}
nc.dump(os.Stderr)
nc.DB.Exec("update _database_metadata_ set value='' where name='fingerprint'")
dc.FeedTags([]string{"version" + vstr})
dc.FeedMetadata(docker_registry.Metadata{
Registry: host,
Labels: Labels(sv),
Etag: digest,
CanonicalName: cn,
AllNames: []string{cn, in},
})
nc.dump(os.Stderr)
Log.Debug.SetOutput(os.Stderr)
Log.Vomit.SetOutput(os.Stderr)
err = nc.GroomDatabase()
assert.NoError(err)
nc.dump(os.Stderr)
_, err = dc.GetImageMetadata("", "")
assert.Error(err) //because channel starved
list, _ := dc.AllTags("")
assert.Len(list, 0) //because channel starved
}
func TestHarvesting(t *testing.T) {
assert := assert.New(t)
dc := docker_registry.NewDummyClient()
host := "docker.repo.io"
base := "ot/wackadoo"
nc := NewNameCache(host, dc, inMemoryDB("harvesting"))
v := "1.2.3"
sv := sous.MustNewSourceID("https://github.com/opentable/wackadoo", "nested/there", v)
v2 := "2.3.4"
sisterSV := sous.MustNewSourceID("https://github.com/opentable/wackadoo", "nested/there", v2)
tag := "version-1.2.3"
digest := "sha256:012345678901234567890123456789AB012345678901234567890123456789AB"
cn := base + "@" + digest
in := base + ":" + tag
dc.FeedMetadata(docker_registry.Metadata{
Registry: host,
Labels: Labels(sv),
Etag: digest,
CanonicalName: cn,
AllNames: []string{cn, in},
})
// a la a SetCollector getting the SV
_, err := nc.GetSourceID(NewBuildArtifact(in, nil))
if err != nil {
fmt.Printf("%+v", err)
}
assert.Nil(err)
tag = "version-2.3.4"
dc.FeedTags([]string{tag})
digest = "sha256:abcdefabcdeabcdeabcdeabcdeabcdeabcdeabcdeabcdeabcdeabcdeffffffff"
cn = base + "@" + digest
in = base + ":" + tag
dc.FeedMetadata(docker_registry.Metadata{
Registry: host,
Labels: Labels(sisterSV),
Etag: digest,
CanonicalName: cn,
AllNames: []string{cn, in},
})
nin, err := nc.GetArtifact(sisterSV)
if assert.NoError(err) {
assert.Equal(host+"/"+cn, nin.Name)
}
}
func TestUnion(t *testing.T) {
assert := assert.New(t)
left := []string{"a", "b", "c"}
right := []string{"b", "c", "d"}
all := union(left, right)
assert.Equal(len(all), 4)
assert.Contains(all, "a")
assert.Contains(all, "b")
assert.Contains(all, "c")
assert.Contains(all, "d")
}
func sameYAML(t *testing.T, actual *sous.State, expected *sous.State) {
assert := assert.New(t)
require := require.New(t)
actualManifests := actual.Manifests.Snapshot()
expectedManifests := expected.Manifests.Snapshot()
assert.Len(actualManifests, len(expectedManifests))
for mid, manifest := range expectedManifests {
actual := *actualManifests[mid]
assert.Contains(actualManifests, mid)
if !assert.Equal(actual, *manifest) {
_, differences := actual.Diff(manifest)
t.Logf("DIFFERENCES (%q): %#v", mid, differences)
}
}
actualYAML, err := yaml.Marshal(actual)
require.NoError(err)
expectedYAML, err := yaml.Marshal(expected)
require.NoError(err)
assert.Equal(actualYAML, expectedYAML)
}
/*
usage: sous build [path]
build builds the project in your current directory by default. If you pass it a
path, it will instead build the project at that path.
options:
-offset string
source code relative repository offset
-repo string
source code repository location
-revision string
source code revision ID
-strict
require that the build be pristine
-tag string
source code revision tag
*/
func TestInvokeBuildWithRepoSelector(t *testing.T) {
assert := assert.New(t)
_, exe, _, _ := prepareCommand(t, []string{`sous`, `build`, `-repo`, `github.com/opentable/sous`})
assert.Len(exe.Args, 0)
build := exe.Cmd.(*SousBuild)
assert.NotNil(build.Labeller)
assert.NotNil(build.Registrar)
assert.Equal(build.DeployFilterFlags.Repo, `github.com/opentable/sous`)
}
func TestMissingImage(t *testing.T) {
assert := assert.New(t)
clusterDefs := sous.Defs{
Clusters: sous.Clusters{
"test-cluster": &sous.Cluster{
BaseURL: SingularityURL,
},
},
}
repoOne := "github.com/opentable/one"
drc := docker_registry.NewClient()
drc.BecomeFoolishlyTrusting()
// easiest way to make sure that the manifest doesn't actually get registered
dummyNc := docker.NewNameCache("", drc, newInMemoryDB("bitbucket"))
stateOne := sous.State{
Defs: clusterDefs,
Manifests: sous.NewManifests(
manifest(dummyNc, "opentable/one", "test-one", repoOne, "1.1.1"),
),
}
// ****
nc := docker.NewNameCache("", drc, newInMemoryDB("missingimage"))
client := singularity.NewRectiAgent()
deployer := singularity.NewDeployer(client)
r := sous.NewResolver(deployer, nc, &sous.ResolveFilter{})
deploymentsOne, err := stateOne.Deployments()
if err != nil {
t.Fatal(err)
}
err = r.Resolve(deploymentsOne, clusterDefs.Clusters)
assert.Error(err)
// ****
time.Sleep(1 * time.Second)
clusters := []string{"test-cluster"}
_, which := deploymentWithRepo(clusters, nc, assert, deployer, repoOne)
assert.Equal(which, none, "opentable/one was deployed")
ResetSingularity()
}
func TestHandlesManifestGetNotKnown(t *testing.T) {
assert := assert.New(t)
require := require.New(t)
q, err := url.ParseQuery("repo=gh")
require.NoError(err)
th := &GETManifestHandler{
State: sous.NewState(),
QueryValues: &QueryValues{q},
}
_, status := th.Exchange()
assert.Equal(404, status)
}
func TestBuildingRequestIDTwoClusters(t *testing.T) {
cn := "test-cluster"
cn2 := "test-other"
url := "https://a.singularity.somewhere"
clusters := make(sous.Clusters)
clusters[cn] = &sous.Cluster{BaseURL: url}
clusters[cn2] = &sous.Cluster{BaseURL: url}
db := &deploymentBuilder{
clusters: clusters,
request: &dtos.SingularityRequest{Id: "::" + cn},
req: SingReq{SourceURL: url},
}
assert.NoError(t, db.assignClusterName())
assert.Equal(t, db.Target.ClusterName, cn)
db2 := &deploymentBuilder{
clusters: clusters,
request: &dtos.SingularityRequest{Id: "::" + cn2},
req: SingReq{SourceURL: url},
}
assert.NoError(t, db2.assignClusterName())
assert.Equal(t, db2.Target.ClusterName, cn2)
}