blob: 962584ca8b61c2857de6858c1b7c2ad92c8b9c31 [file] [log] [blame]
// This file was auto-generated by the veyron vdl tool.
// Source: syncgroup.vdl
// Package syncgroup provides the means for Stores to set up SyncGroups for
// subsequent synchronization of objects between them.
//
// The intent is that SyncGroup objects are created and administered by
// SyncGroup servers, even though they are subsequently mirrored among SyncGroup
// members by the normal synchronization mechanisms.
//
// SyncGroupServer also aids in discovering members of a particular SyncGroup.
// SyncGroupServer maintains the names of joiners for a SyncGroup that are in
// turn accessible to all members. Each SyncGroup is also associated with a
// set of mount tables. A Store that joins a SyncGroup must advertise its name
// (and optionally its SyncGroups) in these mount tables. Stores are expected
// also optionally to advertise the SyncGroups they join in the local
// neighbourhood.
package syncgroup
import (
"veyron2/security"
"veyron2/services/security/access"
"veyron2/storage"
// The non-user imports are prefixed with "_gen_" to prevent collisions.
_gen_veyron2 "veyron2"
_gen_context "veyron2/context"
_gen_ipc "veyron2/ipc"
_gen_naming "veyron2/naming"
_gen_vdlutil "veyron2/vdl/vdlutil"
_gen_wiretype "veyron2/wiretype"
)
// An ID is a globally unique identifier for a SyncGroup.
type ID storage.ID
// A SyncGroupInfo is the conceptual state of a SyncGroup object.
type SyncGroupInfo struct {
Name string // Global Veyron name of object.
Config SyncGroupConfig // Configuration parameters of this SyncGroup.
RootOID storage.ID // ID of object at root of SyncGroup's tree.
ETag string // Version ID for concurrency control.
// The SyncGroup's object ID, which is chosen by the creating SyncGroupServer
// and is globally unique.
SGOID ID
// A map from joiner names to the associated metaData for devices that
// have called Join() or Create() and not subsequently called Leave()
// or had Eject() called on them. The map returned by the calls below
// may contain only a subset of joiners if the number is large.
Joiners map[NameIdentity]JoinerMetaData
}
// A SyncGroupConfig contains some fields of SyncGroupInfo that
// are passed at create time, but which can be changed later.
type SyncGroupConfig struct {
Desc string // Human readable description.
PathPatterns []string // Global path patterns.
Options map[string]_gen_vdlutil.Any // Options for future evolution.
ACL security.ACL // The object's ACL.
// Mount tables used to advertise for synchronization.
// Typically, we will have only one entry. However, an array allows
// mount tables to be changed over time.
MountTables []string
}
// A JoinerMetaData contains the non-name information stored per joiner.
type JoinerMetaData struct {
// SyncPriority is a hint to bias the choice of syncing partners.
// Members of the SyncGroup should choose to synchronize more often
// with partners with lower values.
SyncPriority int32
}
// A NameIdentity gives a Veyron name and identity for a joiner.
// TODO(m3b): When names include an identity, this should become a single
// string.
type NameIdentity struct {
Name string // Global name of joiner.
Identity string // Security identity of the joiner.
}
// TODO(bprosnitz) Remove this line once signatures are updated to use typevals.
// It corrects a bug where _gen_wiretype is unused in VDL pacakges where only bootstrap types are used on interfaces.
const _ = _gen_wiretype.TypeIDInvalid
// SyncGroupServer is the collection of calls on SyncGroup objects at
// a SyncGroup server. The calls used most often, like Create and Join, are
// used almost exclusively by the Store. Clients typically call the Store to
// cause these things to happen.
//
// Calls starting with "Set" take an eTag value that may be either empty, or
// the value of ETag from a recent response to Get(), Watch(), or GetACL().
// SyncGroupServer is the interface the client binds and uses.
// SyncGroupServer_ExcludingUniversal is the interface without internal framework-added methods
// to enable embedding without method collisions. Not to be used directly by clients.
type SyncGroupServer_ExcludingUniversal interface {
// Object provides access control for Veyron objects.
access.Object_ExcludingUniversal
// Create creates this SyncGroup with the given arguments, and if
// joiner.Name!="", with {joiner, metaData} in its Joiners map. It is
// expected that acl will give Read and Write access to any device that
// the administrator expects to join and sync; if the acl is empty, a
// default ACL giving access only to the caller is used. On success,
// Create returns the SyncGroupInfo of the newly created object.
//
// Requires: this SyncGroup must not exist;
// the caller must have write permission at the SyncGroup server;
// the caller's identity must be a prefix of the SyncGroup's name.
// Beware that for Create(), the access label is matched against a
// server-wide ACL; for all other calls the access label is matched
// against the object's ACL.
Create(ctx _gen_context.T, createArgs SyncGroupConfig, rootOID storage.ID, joiner NameIdentity, metaData JoinerMetaData, opts ..._gen_ipc.CallOpt) (reply SyncGroupInfo, err error)
// Join adds {joiner, metaData} to the SyncGroup's Joiners map and
// returns the SyncGroupInfo for this SyncGroup. The act of joining
// allows other devices to find the caller, which is still required to
// have read+write access on the SyncGroup to participate in
// synchronization. A device may call Join again with the same
// NameIdentity in order to change metaData.
// For SyncGroups with large numbers of joiners, Join may return
// a subset of Joiners.
//
// Requires: this SyncGroup must exist;
// the caller must have both read and write permission on the
// SyncGroup.
// TODO(m3b): The label should be read and write; can that be expressed?
Join(ctx _gen_context.T, joiner NameIdentity, metaData JoinerMetaData, opts ..._gen_ipc.CallOpt) (reply SyncGroupInfo, err error)
// Leave removes the joiner with the given name/identity from the
// SyncGroup's Joiners map.
//
// Requires: this SyncGroup must exist;
// the caller must assert the identity name.Identity.
// (Thus, a device that Joined may Leave even if it would no longer
// have permission to Join() the SyncGroup.)
Leave(ctx _gen_context.T, name NameIdentity, opts ..._gen_ipc.CallOpt) (err error)
// Eject is like Leave, but the caller must wield Admin
// privilege on the group, and need not wield name.Identity.
//
// Requires: the SyncGroup must exist;
// the caller must have admin permission on the SyncGroup.
Eject(ctx _gen_context.T, name NameIdentity, opts ..._gen_ipc.CallOpt) (err error)
// Destroy ejects all devices from the SyncGroup and removes it.
// Devices that had joined will learn of this when their
// SyncGroup object disappears.
//
// Requires: this SyncGroup must exist;
// the caller must have admin permission on the SyncGroup.
Destroy(ctx _gen_context.T, opts ..._gen_ipc.CallOpt) (err error)
// Get returns the SyncGroupInfo for this SyncGroup. For SyncGroups
// with a large number of joiners, Get may return a subset of Joiners.
//
// Requires: this SyncGroup must exist;
// the caller must have read permission on the SyncGroup.
// TODO(m3b): This call may be removed when Watch is implemented.
Get(ctx _gen_context.T, opts ..._gen_ipc.CallOpt) (reply SyncGroupInfo, err error)
// SetConfig sets the Config field of this SyncGroup.
//
// Requires: this SyncGroup must exist;
// if non-empty, the eTag must match the value in the object;
// the caller must have admin permission on the SyncGroup.
SetConfig(ctx _gen_context.T, config SyncGroupConfig, eTag string, opts ..._gen_ipc.CallOpt) (err error)
}
type SyncGroupServer interface {
_gen_ipc.UniversalServiceMethods
SyncGroupServer_ExcludingUniversal
}
// SyncGroupServerService is the interface the server implements.
type SyncGroupServerService interface {
// Object provides access control for Veyron objects.
access.ObjectService
// Create creates this SyncGroup with the given arguments, and if
// joiner.Name!="", with {joiner, metaData} in its Joiners map. It is
// expected that acl will give Read and Write access to any device that
// the administrator expects to join and sync; if the acl is empty, a
// default ACL giving access only to the caller is used. On success,
// Create returns the SyncGroupInfo of the newly created object.
//
// Requires: this SyncGroup must not exist;
// the caller must have write permission at the SyncGroup server;
// the caller's identity must be a prefix of the SyncGroup's name.
// Beware that for Create(), the access label is matched against a
// server-wide ACL; for all other calls the access label is matched
// against the object's ACL.
Create(context _gen_ipc.ServerContext, createArgs SyncGroupConfig, rootOID storage.ID, joiner NameIdentity, metaData JoinerMetaData) (reply SyncGroupInfo, err error)
// Join adds {joiner, metaData} to the SyncGroup's Joiners map and
// returns the SyncGroupInfo for this SyncGroup. The act of joining
// allows other devices to find the caller, which is still required to
// have read+write access on the SyncGroup to participate in
// synchronization. A device may call Join again with the same
// NameIdentity in order to change metaData.
// For SyncGroups with large numbers of joiners, Join may return
// a subset of Joiners.
//
// Requires: this SyncGroup must exist;
// the caller must have both read and write permission on the
// SyncGroup.
// TODO(m3b): The label should be read and write; can that be expressed?
Join(context _gen_ipc.ServerContext, joiner NameIdentity, metaData JoinerMetaData) (reply SyncGroupInfo, err error)
// Leave removes the joiner with the given name/identity from the
// SyncGroup's Joiners map.
//
// Requires: this SyncGroup must exist;
// the caller must assert the identity name.Identity.
// (Thus, a device that Joined may Leave even if it would no longer
// have permission to Join() the SyncGroup.)
Leave(context _gen_ipc.ServerContext, name NameIdentity) (err error)
// Eject is like Leave, but the caller must wield Admin
// privilege on the group, and need not wield name.Identity.
//
// Requires: the SyncGroup must exist;
// the caller must have admin permission on the SyncGroup.
Eject(context _gen_ipc.ServerContext, name NameIdentity) (err error)
// Destroy ejects all devices from the SyncGroup and removes it.
// Devices that had joined will learn of this when their
// SyncGroup object disappears.
//
// Requires: this SyncGroup must exist;
// the caller must have admin permission on the SyncGroup.
Destroy(context _gen_ipc.ServerContext) (err error)
// Get returns the SyncGroupInfo for this SyncGroup. For SyncGroups
// with a large number of joiners, Get may return a subset of Joiners.
//
// Requires: this SyncGroup must exist;
// the caller must have read permission on the SyncGroup.
// TODO(m3b): This call may be removed when Watch is implemented.
Get(context _gen_ipc.ServerContext) (reply SyncGroupInfo, err error)
// SetConfig sets the Config field of this SyncGroup.
//
// Requires: this SyncGroup must exist;
// if non-empty, the eTag must match the value in the object;
// the caller must have admin permission on the SyncGroup.
SetConfig(context _gen_ipc.ServerContext, config SyncGroupConfig, eTag string) (err error)
}
// BindSyncGroupServer returns the client stub implementing the SyncGroupServer
// interface.
//
// If no _gen_ipc.Client is specified, the default _gen_ipc.Client in the
// global Runtime is used.
func BindSyncGroupServer(name string, opts ..._gen_ipc.BindOpt) (SyncGroupServer, error) {
var client _gen_ipc.Client
switch len(opts) {
case 0:
// Do nothing.
case 1:
if clientOpt, ok := opts[0].(_gen_ipc.Client); opts[0] == nil || ok {
client = clientOpt
} else {
return nil, _gen_vdlutil.ErrUnrecognizedOption
}
default:
return nil, _gen_vdlutil.ErrTooManyOptionsToBind
}
stub := &clientStubSyncGroupServer{defaultClient: client, name: name}
stub.Object_ExcludingUniversal, _ = access.BindObject(name, client)
return stub, nil
}
// NewServerSyncGroupServer creates a new server stub.
//
// It takes a regular server implementing the SyncGroupServerService
// interface, and returns a new server stub.
func NewServerSyncGroupServer(server SyncGroupServerService) interface{} {
return &ServerStubSyncGroupServer{
ServerStubObject: *access.NewServerObject(server).(*access.ServerStubObject),
service: server,
}
}
// clientStubSyncGroupServer implements SyncGroupServer.
type clientStubSyncGroupServer struct {
access.Object_ExcludingUniversal
defaultClient _gen_ipc.Client
name string
}
func (__gen_c *clientStubSyncGroupServer) client(ctx _gen_context.T) _gen_ipc.Client {
if __gen_c.defaultClient != nil {
return __gen_c.defaultClient
}
return _gen_veyron2.RuntimeFromContext(ctx).Client()
}
func (__gen_c *clientStubSyncGroupServer) Create(ctx _gen_context.T, createArgs SyncGroupConfig, rootOID storage.ID, joiner NameIdentity, metaData JoinerMetaData, opts ..._gen_ipc.CallOpt) (reply SyncGroupInfo, err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "Create", []interface{}{createArgs, rootOID, joiner, metaData}, opts...); err != nil {
return
}
if ierr := call.Finish(&reply, &err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) Join(ctx _gen_context.T, joiner NameIdentity, metaData JoinerMetaData, opts ..._gen_ipc.CallOpt) (reply SyncGroupInfo, err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "Join", []interface{}{joiner, metaData}, opts...); err != nil {
return
}
if ierr := call.Finish(&reply, &err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) Leave(ctx _gen_context.T, name NameIdentity, opts ..._gen_ipc.CallOpt) (err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "Leave", []interface{}{name}, opts...); err != nil {
return
}
if ierr := call.Finish(&err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) Eject(ctx _gen_context.T, name NameIdentity, opts ..._gen_ipc.CallOpt) (err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "Eject", []interface{}{name}, opts...); err != nil {
return
}
if ierr := call.Finish(&err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) Destroy(ctx _gen_context.T, opts ..._gen_ipc.CallOpt) (err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "Destroy", nil, opts...); err != nil {
return
}
if ierr := call.Finish(&err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) Get(ctx _gen_context.T, opts ..._gen_ipc.CallOpt) (reply SyncGroupInfo, err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "Get", nil, opts...); err != nil {
return
}
if ierr := call.Finish(&reply, &err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) SetConfig(ctx _gen_context.T, config SyncGroupConfig, eTag string, opts ..._gen_ipc.CallOpt) (err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "SetConfig", []interface{}{config, eTag}, opts...); err != nil {
return
}
if ierr := call.Finish(&err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) UnresolveStep(ctx _gen_context.T, opts ..._gen_ipc.CallOpt) (reply []string, err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "UnresolveStep", nil, opts...); err != nil {
return
}
if ierr := call.Finish(&reply, &err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) Signature(ctx _gen_context.T, opts ..._gen_ipc.CallOpt) (reply _gen_ipc.ServiceSignature, err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "Signature", nil, opts...); err != nil {
return
}
if ierr := call.Finish(&reply, &err); ierr != nil {
err = ierr
}
return
}
func (__gen_c *clientStubSyncGroupServer) GetMethodTags(ctx _gen_context.T, method string, opts ..._gen_ipc.CallOpt) (reply []interface{}, err error) {
var call _gen_ipc.Call
if call, err = __gen_c.client(ctx).StartCall(ctx, __gen_c.name, "GetMethodTags", []interface{}{method}, opts...); err != nil {
return
}
if ierr := call.Finish(&reply, &err); ierr != nil {
err = ierr
}
return
}
// ServerStubSyncGroupServer wraps a server that implements
// SyncGroupServerService and provides an object that satisfies
// the requirements of veyron2/ipc.ReflectInvoker.
type ServerStubSyncGroupServer struct {
access.ServerStubObject
service SyncGroupServerService
}
func (__gen_s *ServerStubSyncGroupServer) GetMethodTags(call _gen_ipc.ServerCall, method string) ([]interface{}, error) {
// TODO(bprosnitz) GetMethodTags() will be replaces with Signature().
// Note: This exhibits some weird behavior like returning a nil error if the method isn't found.
// This will change when it is replaced with Signature().
if resp, err := __gen_s.ServerStubObject.GetMethodTags(call, method); resp != nil || err != nil {
return resp, err
}
switch method {
case "Create":
return []interface{}{security.Label(4)}, nil
case "Join":
return []interface{}{security.Label(4)}, nil
case "Leave":
return []interface{}{}, nil
case "Eject":
return []interface{}{security.Label(8)}, nil
case "Destroy":
return []interface{}{security.Label(8)}, nil
case "Get":
return []interface{}{security.Label(2)}, nil
case "SetConfig":
return []interface{}{security.Label(8)}, nil
default:
return nil, nil
}
}
func (__gen_s *ServerStubSyncGroupServer) Signature(call _gen_ipc.ServerCall) (_gen_ipc.ServiceSignature, error) {
result := _gen_ipc.ServiceSignature{Methods: make(map[string]_gen_ipc.MethodSignature)}
result.Methods["Create"] = _gen_ipc.MethodSignature{
InArgs: []_gen_ipc.MethodArgument{
{Name: "createArgs", Type: 72},
{Name: "rootOID", Type: 74},
{Name: "joiner", Type: 75},
{Name: "metaData", Type: 76},
},
OutArgs: []_gen_ipc.MethodArgument{
{Name: "sgInfo", Type: 79},
{Name: "err", Type: 80},
},
}
result.Methods["Destroy"] = _gen_ipc.MethodSignature{
InArgs: []_gen_ipc.MethodArgument{},
OutArgs: []_gen_ipc.MethodArgument{
{Name: "", Type: 80},
},
}
result.Methods["Eject"] = _gen_ipc.MethodSignature{
InArgs: []_gen_ipc.MethodArgument{
{Name: "name", Type: 75},
},
OutArgs: []_gen_ipc.MethodArgument{
{Name: "", Type: 80},
},
}
result.Methods["Get"] = _gen_ipc.MethodSignature{
InArgs: []_gen_ipc.MethodArgument{},
OutArgs: []_gen_ipc.MethodArgument{
{Name: "sgInfo", Type: 79},
{Name: "err", Type: 80},
},
}
result.Methods["Join"] = _gen_ipc.MethodSignature{
InArgs: []_gen_ipc.MethodArgument{
{Name: "joiner", Type: 75},
{Name: "metaData", Type: 76},
},
OutArgs: []_gen_ipc.MethodArgument{
{Name: "sgInfo", Type: 79},
{Name: "err", Type: 80},
},
}
result.Methods["Leave"] = _gen_ipc.MethodSignature{
InArgs: []_gen_ipc.MethodArgument{
{Name: "name", Type: 75},
},
OutArgs: []_gen_ipc.MethodArgument{
{Name: "", Type: 80},
},
}
result.Methods["SetConfig"] = _gen_ipc.MethodSignature{
InArgs: []_gen_ipc.MethodArgument{
{Name: "config", Type: 72},
{Name: "eTag", Type: 3},
},
OutArgs: []_gen_ipc.MethodArgument{
{Name: "", Type: 80},
},
}
result.TypeDefs = []_gen_vdlutil.Any{
_gen_wiretype.NamedPrimitiveType{Type: 0x1, Name: "anydata", Tags: []string(nil)}, _gen_wiretype.MapType{Key: 0x3, Elem: 0x41, Name: "", Tags: []string(nil)}, _gen_wiretype.NamedPrimitiveType{Type: 0x3, Name: "veyron2/security.BlessingPattern", Tags: []string(nil)}, _gen_wiretype.NamedPrimitiveType{Type: 0x34, Name: "veyron2/security.LabelSet", Tags: []string(nil)}, _gen_wiretype.MapType{Key: 0x43, Elem: 0x44, Name: "", Tags: []string(nil)}, _gen_wiretype.StructType{
[]_gen_wiretype.FieldType{
_gen_wiretype.FieldType{Type: 0x45, Name: "Principals"},
},
"veyron2/security.Entries", []string(nil)},
_gen_wiretype.StructType{
[]_gen_wiretype.FieldType{
_gen_wiretype.FieldType{Type: 0x46, Name: "In"},
_gen_wiretype.FieldType{Type: 0x46, Name: "NotIn"},
},
"veyron2/security.ACL", []string(nil)},
_gen_wiretype.StructType{
[]_gen_wiretype.FieldType{
_gen_wiretype.FieldType{Type: 0x3, Name: "Desc"},
_gen_wiretype.FieldType{Type: 0x3d, Name: "PathPatterns"},
_gen_wiretype.FieldType{Type: 0x42, Name: "Options"},
_gen_wiretype.FieldType{Type: 0x47, Name: "ACL"},
_gen_wiretype.FieldType{Type: 0x3d, Name: "MountTables"},
},
"veyron/services/syncgroup.SyncGroupConfig", []string(nil)},
_gen_wiretype.NamedPrimitiveType{Type: 0x32, Name: "byte", Tags: []string(nil)}, _gen_wiretype.ArrayType{Elem: 0x49, Len: 0x10, Name: "veyron2/storage.ID", Tags: []string(nil)}, _gen_wiretype.StructType{
[]_gen_wiretype.FieldType{
_gen_wiretype.FieldType{Type: 0x3, Name: "Name"},
_gen_wiretype.FieldType{Type: 0x3, Name: "Identity"},
},
"veyron/services/syncgroup.NameIdentity", []string(nil)},
_gen_wiretype.StructType{
[]_gen_wiretype.FieldType{
_gen_wiretype.FieldType{Type: 0x24, Name: "SyncPriority"},
},
"veyron/services/syncgroup.JoinerMetaData", []string(nil)},
_gen_wiretype.ArrayType{Elem: 0x49, Len: 0x10, Name: "veyron/services/syncgroup.ID", Tags: []string(nil)}, _gen_wiretype.MapType{Key: 0x4b, Elem: 0x4c, Name: "", Tags: []string(nil)}, _gen_wiretype.StructType{
[]_gen_wiretype.FieldType{
_gen_wiretype.FieldType{Type: 0x3, Name: "Name"},
_gen_wiretype.FieldType{Type: 0x48, Name: "Config"},
_gen_wiretype.FieldType{Type: 0x4a, Name: "RootOID"},
_gen_wiretype.FieldType{Type: 0x3, Name: "ETag"},
_gen_wiretype.FieldType{Type: 0x4d, Name: "SGOID"},
_gen_wiretype.FieldType{Type: 0x4e, Name: "Joiners"},
},
"veyron/services/syncgroup.SyncGroupInfo", []string(nil)},
_gen_wiretype.NamedPrimitiveType{Type: 0x1, Name: "error", Tags: []string(nil)}}
var ss _gen_ipc.ServiceSignature
var firstAdded int
ss, _ = __gen_s.ServerStubObject.Signature(call)
firstAdded = len(result.TypeDefs)
for k, v := range ss.Methods {
for i, _ := range v.InArgs {
if v.InArgs[i].Type >= _gen_wiretype.TypeIDFirst {
v.InArgs[i].Type += _gen_wiretype.TypeID(firstAdded)
}
}
for i, _ := range v.OutArgs {
if v.OutArgs[i].Type >= _gen_wiretype.TypeIDFirst {
v.OutArgs[i].Type += _gen_wiretype.TypeID(firstAdded)
}
}
if v.InStream >= _gen_wiretype.TypeIDFirst {
v.InStream += _gen_wiretype.TypeID(firstAdded)
}
if v.OutStream >= _gen_wiretype.TypeIDFirst {
v.OutStream += _gen_wiretype.TypeID(firstAdded)
}
result.Methods[k] = v
}
//TODO(bprosnitz) combine type definitions from embeded interfaces in a way that doesn't cause duplication.
for _, d := range ss.TypeDefs {
switch wt := d.(type) {
case _gen_wiretype.SliceType:
if wt.Elem >= _gen_wiretype.TypeIDFirst {
wt.Elem += _gen_wiretype.TypeID(firstAdded)
}
d = wt
case _gen_wiretype.ArrayType:
if wt.Elem >= _gen_wiretype.TypeIDFirst {
wt.Elem += _gen_wiretype.TypeID(firstAdded)
}
d = wt
case _gen_wiretype.MapType:
if wt.Key >= _gen_wiretype.TypeIDFirst {
wt.Key += _gen_wiretype.TypeID(firstAdded)
}
if wt.Elem >= _gen_wiretype.TypeIDFirst {
wt.Elem += _gen_wiretype.TypeID(firstAdded)
}
d = wt
case _gen_wiretype.StructType:
for i, fld := range wt.Fields {
if fld.Type >= _gen_wiretype.TypeIDFirst {
wt.Fields[i].Type += _gen_wiretype.TypeID(firstAdded)
}
}
d = wt
// NOTE: other types are missing, but we are upgrading anyways.
}
result.TypeDefs = append(result.TypeDefs, d)
}
return result, nil
}
func (__gen_s *ServerStubSyncGroupServer) UnresolveStep(call _gen_ipc.ServerCall) (reply []string, err error) {
if unresolver, ok := __gen_s.service.(_gen_ipc.Unresolver); ok {
return unresolver.UnresolveStep(call)
}
if call.Server() == nil {
return
}
var published []string
if published, err = call.Server().Published(); err != nil || published == nil {
return
}
reply = make([]string, len(published))
for i, p := range published {
reply[i] = _gen_naming.Join(p, call.Name())
}
return
}
func (__gen_s *ServerStubSyncGroupServer) Create(call _gen_ipc.ServerCall, createArgs SyncGroupConfig, rootOID storage.ID, joiner NameIdentity, metaData JoinerMetaData) (reply SyncGroupInfo, err error) {
reply, err = __gen_s.service.Create(call, createArgs, rootOID, joiner, metaData)
return
}
func (__gen_s *ServerStubSyncGroupServer) Join(call _gen_ipc.ServerCall, joiner NameIdentity, metaData JoinerMetaData) (reply SyncGroupInfo, err error) {
reply, err = __gen_s.service.Join(call, joiner, metaData)
return
}
func (__gen_s *ServerStubSyncGroupServer) Leave(call _gen_ipc.ServerCall, name NameIdentity) (err error) {
err = __gen_s.service.Leave(call, name)
return
}
func (__gen_s *ServerStubSyncGroupServer) Eject(call _gen_ipc.ServerCall, name NameIdentity) (err error) {
err = __gen_s.service.Eject(call, name)
return
}
func (__gen_s *ServerStubSyncGroupServer) Destroy(call _gen_ipc.ServerCall) (err error) {
err = __gen_s.service.Destroy(call)
return
}
func (__gen_s *ServerStubSyncGroupServer) Get(call _gen_ipc.ServerCall) (reply SyncGroupInfo, err error) {
reply, err = __gen_s.service.Get(call)
return
}
func (__gen_s *ServerStubSyncGroupServer) SetConfig(call _gen_ipc.ServerCall, config SyncGroupConfig, eTag string) (err error) {
err = __gen_s.service.SetConfig(call, config, eTag)
return
}