}
}
+func (conn *Conn) localOrLoginCluster() backend {
+ if conn.cluster.Login.LoginCluster != "" {
+ return conn.chooseBackend(conn.cluster.Login.LoginCluster)
+ } else {
+ return conn.local
+ }
+}
+
// Call fn with the local backend; then, if fn returned 404, call fn
// on the available remote backends (possibly concurrently) until one
// succeeds.
}
func (conn *Conn) UserActivate(ctx context.Context, options arvados.UserActivateOptions) (arvados.User, error) {
- return conn.chooseBackend(options.UUID).UserActivate(ctx, options)
+ return conn.localOrLoginCluster().UserActivate(ctx, options)
}
func (conn *Conn) UserSetup(ctx context.Context, options arvados.UserSetupOptions) (map[string]interface{}, error) {
- return conn.chooseBackend(options.UUID).UserSetup(ctx, options)
+ upstream := conn.localOrLoginCluster()
+ if upstream != conn.local {
+ // When LoginCluster is in effect, and we're setting
+ // up a remote user, and we want to give that user
+ // access to a local VM, we can't include the VM in
+ // the setup call, because the remote cluster won't
+ // recognize it.
+
+ // Similarly, if we want to create a git repo,
+ // it should be created on the local cluster,
+ // not the remote one.
+
+ upstreamOptions := options
+ upstreamOptions.VMUUID = ""
+ upstreamOptions.RepoName = ""
+
+ ret, err := upstream.UserSetup(ctx, upstreamOptions)
+ if err != nil {
+ return ret, err
+ }
+ }
+
+ return conn.local.UserSetup(ctx, options)
}
func (conn *Conn) UserUnsetup(ctx context.Context, options arvados.GetOptions) (arvados.User, error) {
- return conn.chooseBackend(options.UUID).UserUnsetup(ctx, options)
+ return conn.localOrLoginCluster().UserUnsetup(ctx, options)
}
func (conn *Conn) UserGet(ctx context.Context, options arvados.GetOptions) (arvados.User, error) {
"bytes"
"context"
"encoding/json"
- "fmt"
"io"
"math"
"net"
// initialize clients with the API token, set up the user and
// optionally activate the user. Return client structs for
// communicating with the cluster on behalf of the 'example' user.
-func (s *IntegrationSuite) userClients(rootctx context.Context, c *check.C, conn *rpc.Conn, clusterID string, activate bool) (context.Context, *arvados.Client, *keepclient.KeepClient) {
+func (s *IntegrationSuite) userClients(rootctx context.Context, c *check.C, conn *rpc.Conn, clusterID string, activate bool) (context.Context, *arvados.Client, *keepclient.KeepClient, arvados.User) {
login, err := conn.UserSessionCreate(rootctx, rpc.UserSessionCreateOptions{
ReturnTo: ",https://example.com",
AuthInfo: rpc.UserSessionAuthInfo{
c.Fatalf("failed to activate user -- %#v", user)
}
}
- return ctx, ac, kc
+ return ctx, ac, kc, user
}
// Return Context, arvados.Client and keepclient structs initialized
conn1 := s.conn("z1111")
rootctx1, _, _ := s.rootClients("z1111")
conn3 := s.conn("z3333")
- userctx1, ac1, kc1 := s.userClients(rootctx1, c, conn1, "z1111", true)
+ userctx1, ac1, kc1, _ := s.userClients(rootctx1, c, conn1, "z1111", true)
// Create the collection to find its PDH (but don't save it
// anywhere yet)
c.Check(err, check.IsNil)
// Make a v2 token of the z3 anonymous user, and use it on z1
- _, anonac1, _ := s.clientsWithToken("z1111", fmt.Sprintf("v2/%v/%v", outAuth.UUID, outAuth.APIToken))
+ _, anonac1, _ := s.clientsWithToken("z1111", outAuth.TokenV2())
outUser2, err := anonac1.CurrentUser()
c.Check(err, check.IsNil)
// z3 anonymous user will be mapped to the z1 anonymous user
func (s *IntegrationSuite) TestCreateContainerRequestWithFedToken(c *check.C) {
conn1 := s.conn("z1111")
rootctx1, _, _ := s.rootClients("z1111")
- _, ac1, _ := s.userClients(rootctx1, c, conn1, "z1111", true)
+ _, ac1, _, _ := s.userClients(rootctx1, c, conn1, "z1111", true)
// Use ac2 to get the discovery doc with a blank token, so the
// SDK doesn't magically pass the z1111 token to z2222 before
rootctx1, _, _ := s.rootClients("z1111")
conn1 := s.conn("z1111")
conn3 := s.conn("z3333")
- userctx1, _, _ := s.userClients(rootctx1, c, conn1, "z1111", true)
+ userctx1, _, _, _ := s.userClients(rootctx1, c, conn1, "z1111", true)
// Make sure LoginCluster is properly configured
for cls := range s.testClusters {
c.Assert(err, check.IsNil)
c.Check(user1.IsActive, check.Equals, false)
}
+
+func (s *IntegrationSuite) TestSetupUserWithVM(c *check.C) {
+ conn1 := s.conn("z1111")
+ conn3 := s.conn("z3333")
+ rootctx1, rootac1, _ := s.rootClients("z1111")
+
+ // Create user on LoginCluster z1111
+ _, _, _, user := s.userClients(rootctx1, c, conn1, "z1111", false)
+
+ // Make a new root token (because rootClients() uses SystemRootToken)
+ var outAuth arvados.APIClientAuthorization
+ err := rootac1.RequestAndDecode(&outAuth, "POST", "/arvados/v1/api_client_authorizations", nil, nil)
+ c.Check(err, check.IsNil)
+
+ // Make a v2 root token to communicate with z3333
+ rootctx3, rootac3, _ := s.clientsWithToken("z3333", outAuth.TokenV2())
+
+ // Create VM on z3333
+ var outVM arvados.VirtualMachine
+ err = rootac3.RequestAndDecode(&outVM, "POST", "/arvados/v1/virtual_machines", nil,
+ map[string]interface{}{"virtual_machine": map[string]interface{}{
+ "hostname": "example",
+ },
+ })
+ c.Check(outVM.UUID[0:5], check.Equals, "z3333")
+ c.Check(err, check.IsNil)
+
+ // Make sure z3333 user list is up to date
+ _, err = conn3.UserList(rootctx3, arvados.ListOptions{Limit: 1000})
+ c.Check(err, check.IsNil)
+
+ // Try to set up user on z3333 with the VM
+ _, err = conn3.UserSetup(rootctx3, arvados.UserSetupOptions{UUID: user.UUID, VMUUID: outVM.UUID})
+ c.Check(err, check.IsNil)
+
+ var outLinks arvados.LinkList
+ err = rootac3.RequestAndDecode(&outLinks, "GET", "/arvados/v1/links", nil,
+ arvados.ListOptions{
+ Limit: 1000,
+ Filters: []arvados.Filter{
+ {
+ Attr: "tail_uuid",
+ Operator: "=",
+ Operand: user.UUID,
+ },
+ {
+ Attr: "head_uuid",
+ Operator: "=",
+ Operand: outVM.UUID,
+ },
+ {
+ Attr: "name",
+ Operator: "=",
+ Operand: "can_login",
+ },
+ {
+ Attr: "link_class",
+ Operator: "=",
+ Operand: "permission",
+ }}})
+ c.Check(err, check.IsNil)
+
+ c.Check(len(outLinks.Items), check.Equals, 1)
+}
projects / arvados.git / commitdiff