services/mgmt/profile/profile.vdl.go - release.go.x.ref - Git at Google

 // This file was auto-generated by the veyron vdl tool.
 // Source: profile.vdl

 // Package profile contains implementation and internal interfaces and
 // types used by the implementation of Veyron profiles.
 package profile

 import (
 	"veyron2/security"

 	"veyron2/services/mgmt/profile"

 	// The non-user imports are prefixed with "_gen_" to prevent collisions.
 	_gen_veyron2 "veyron2"
 	_gen_ipc "veyron2/ipc"
 	_gen_naming "veyron2/naming"
 	_gen_rt "veyron2/rt"
 	_gen_vdl "veyron2/vdl"
 	_gen_wiretype "veyron2/wiretype"
 )

 // Format includes a type (e.g. ELF) and each instance of the format
 // has some specific attributes. The key attributes are the target
 // operating system (e.g. for ELF this could be one of System V,
 // HP-UX, NetBSD, Linux, Solaris, AIX, IRIX, FreeBSD, and OpenBSD) and
 // the target instruction set architecture (e.g. for ELF this could be
 // one of SPARC, x86, PowerPC, ARM, IA-64, x86-64, and AArch64).
 type Format struct {
 	Name       string
 	Attributes map[string]string
 }

 // Library describes a shared library that applications may use.
 type Library struct {
 	// Name is the name of the library.
 	Name string
 	// MajorVersion is the major version of the library.
 	MajorVersion string
 	// MinorVersion is the minor version of the library.
 	MinorVersion string
 }

 // Specification is how we represent a profile internally. It should
 // provide enough information to allow matching of binaries to nodes.
 type Specification struct {
 	// Format is the file format of the application binary.
 	Format Format
 	// Libraries is a set of libraries the application binary depends on.
 	Libraries map[Library]struct{}
 	// A human-friendly concise label for the profile, e.g. "linux-media"
 	Label string
 	// A human-friendly description of the profile.
 	Description string
 }

 // Profile describes a profile internally. Besides the public Profile
 // interface, it allows to access and manage the actual profile
 // implementation information.
 // Profile is the interface the client binds and uses.
 // Profile_ExcludingUniversal is the interface without internal framework-added methods
 // to enable embedding without method collisions.  Not to be used directly by clients.
 type Profile_ExcludingUniversal interface {
 	// Profile abstracts a device's ability to run binaries, and hides
 	// specifics such as operating system, hardware architecture, and the
 	// set of installed libraries. Profiles describe binaries and devices,
 	// and are used to match them.
 	profile.Profile_ExcludingUniversal
 	// Specification returns the profile specification for the profile
 	// identified through the veyron name suffix.
 	Specification(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (reply Specification, err error)
 	// Put sets the profile specification for the profile identified
 	// through the veyron name suffix.
 	Put(ctx _gen_ipc.Context, Specification Specification, opts ..._gen_ipc.CallOpt) (err error)
 	// Remove removes the profile specification for the profile
 	// identified through the veyron name suffix.
 	Remove(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (err error)
 }
 type Profile interface {
 	_gen_ipc.UniversalServiceMethods
 	Profile_ExcludingUniversal
 }

 // ProfileService is the interface the server implements.
 type ProfileService interface {

 	// Profile abstracts a device's ability to run binaries, and hides
 	// specifics such as operating system, hardware architecture, and the
 	// set of installed libraries. Profiles describe binaries and devices,
 	// and are used to match them.
 	profile.ProfileService
 	// Specification returns the profile specification for the profile
 	// identified through the veyron name suffix.
 	Specification(context _gen_ipc.ServerContext) (reply Specification, err error)
 	// Put sets the profile specification for the profile identified
 	// through the veyron name suffix.
 	Put(context _gen_ipc.ServerContext, Specification Specification) (err error)
 	// Remove removes the profile specification for the profile
 	// identified through the veyron name suffix.
 	Remove(context _gen_ipc.ServerContext) (err error)
 }

 // BindProfile returns the client stub implementing the Profile
 // interface.
 //
 // If no _gen_ipc.Client is specified, the default _gen_ipc.Client in the
 // global Runtime is used.
 func BindProfile(name string, opts ..._gen_ipc.BindOpt) (Profile, error) {
 	var client _gen_ipc.Client
 	switch len(opts) {
 	case 0:
 		client = _gen_rt.R().Client()
 	case 1:
 		switch o := opts[0].(type) {
 		case _gen_veyron2.Runtime:
 			client = o.Client()
 		case _gen_ipc.Client:
 			client = o
 		default:
 			return nil, _gen_vdl.ErrUnrecognizedOption
 		}
 	default:
 		return nil, _gen_vdl.ErrTooManyOptionsToBind
 	}
 	stub := &clientStubProfile{client: client, name: name}
 	stub.Profile_ExcludingUniversal, _ = profile.BindProfile(name, client)

 	return stub, nil
 }

 // NewServerProfile creates a new server stub.
 //
 // It takes a regular server implementing the ProfileService
 // interface, and returns a new server stub.
 func NewServerProfile(server ProfileService) interface{} {
 	return &ServerStubProfile{
 		ServerStubProfile: *profile.NewServerProfile(server).(*profile.ServerStubProfile),
 		service:           server,
 	}
 }

 // clientStubProfile implements Profile.
 type clientStubProfile struct {
 	profile.Profile_ExcludingUniversal

 	client _gen_ipc.Client
 	name   string
 }

 func (__gen_c *clientStubProfile) Specification(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (reply Specification, err error) {
 	var call _gen_ipc.Call
 	if call, err = __gen_c.client.StartCall(ctx, __gen_c.name, "Specification", nil, opts...); err != nil {
 		return
 	}
 	if ierr := call.Finish(&reply, &err); ierr != nil {
 		err = ierr
 	}
 	return
 }

 func (__gen_c *clientStubProfile) Put(ctx _gen_ipc.Context, Specification Specification, opts ..._gen_ipc.CallOpt) (err error) {
 	var call _gen_ipc.Call
 	if call, err = __gen_c.client.StartCall(ctx, __gen_c.name, "Put", []interface{}{Specification}, opts...); err != nil {
 		return
 	}
 	if ierr := call.Finish(&err); ierr != nil {
 		err = ierr
 	}
 	return
 }

 func (__gen_c *clientStubProfile) Remove(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (err error) {
 	var call _gen_ipc.Call
 	if call, err = __gen_c.client.StartCall(ctx, __gen_c.name, "Remove", nil, opts...); err != nil {
 		return
 	}
 	if ierr := call.Finish(&err); ierr != nil {
 		err = ierr
 	}
 	return
 }

 func (__gen_c *clientStubProfile) UnresolveStep(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (reply []string, err error) {
 	var call _gen_ipc.Call
 	if call, err = __gen_c.client.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 *clientStubProfile) Signature(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (reply _gen_ipc.ServiceSignature, err error) {
 	var call _gen_ipc.Call
 	if call, err = __gen_c.client.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 *clientStubProfile) GetMethodTags(ctx _gen_ipc.Context, method string, opts ..._gen_ipc.CallOpt) (reply []interface{}, err error) {
 	var call _gen_ipc.Call
 	if call, err = __gen_c.client.StartCall(ctx, __gen_c.name, "GetMethodTags", []interface{}{method}, opts...); err != nil {
 		return
 	}
 	if ierr := call.Finish(&reply, &err); ierr != nil {
 		err = ierr
 	}
 	return
 }

 // ServerStubProfile wraps a server that implements
 // ProfileService and provides an object that satisfies
 // the requirements of veyron2/ipc.ReflectInvoker.
 type ServerStubProfile struct {
 	profile.ServerStubProfile

 	service ProfileService
 }

 func (__gen_s *ServerStubProfile) 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.ServerStubProfile.GetMethodTags(call, method); resp != nil || err != nil {
 		return resp, err
 	}
 	switch method {
 	case "Specification":
 		return []interface{}{security.Label(1)}, nil
 	case "Put":
 		return []interface{}{security.Label(2)}, nil
 	case "Remove":
 		return []interface{}{security.Label(2)}, nil
 	default:
 		return nil, nil
 	}
 }

 func (__gen_s *ServerStubProfile) Signature(call _gen_ipc.ServerCall) (_gen_ipc.ServiceSignature, error) {
 	result := _gen_ipc.ServiceSignature{Methods: make(map[string]_gen_ipc.MethodSignature)}
 	result.Methods["Put"] = _gen_ipc.MethodSignature{
 		InArgs: []_gen_ipc.MethodArgument{
 			{Name: "Specification", Type: 69},
 		},
 		OutArgs: []_gen_ipc.MethodArgument{
 			{Name: "", Type: 70},
 		},
 	}
 	result.Methods["Remove"] = _gen_ipc.MethodSignature{
 		InArgs: []_gen_ipc.MethodArgument{},
 		OutArgs: []_gen_ipc.MethodArgument{
 			{Name: "", Type: 70},
 		},
 	}
 	result.Methods["Specification"] = _gen_ipc.MethodSignature{
 		InArgs: []_gen_ipc.MethodArgument{},
 		OutArgs: []_gen_ipc.MethodArgument{
 			{Name: "", Type: 69},
 			{Name: "", Type: 70},
 		},
 	}

 	result.TypeDefs = []_gen_vdl.Any{
 		_gen_wiretype.MapType{Key: 0x3, Elem: 0x3, Name: "", Tags: []string(nil)}, _gen_wiretype.StructType{
 			[]_gen_wiretype.FieldType{
 				_gen_wiretype.FieldType{Type: 0x3, Name: "Name"},
 				_gen_wiretype.FieldType{Type: 0x41, Name: "Attributes"},
 			},
 			"veyron/services/mgmt/profile.Format", []string(nil)},
 		_gen_wiretype.StructType{
 			[]_gen_wiretype.FieldType{
 				_gen_wiretype.FieldType{Type: 0x3, Name: "Name"},
 				_gen_wiretype.FieldType{Type: 0x3, Name: "MajorVersion"},
 				_gen_wiretype.FieldType{Type: 0x3, Name: "MinorVersion"},
 			},
 			"veyron/services/mgmt/profile.Library", []string(nil)},
 		_gen_wiretype.MapType{Key: 0x43, Elem: 0x2, Name: "", Tags: []string(nil)}, _gen_wiretype.StructType{
 			[]_gen_wiretype.FieldType{
 				_gen_wiretype.FieldType{Type: 0x42, Name: "Format"},
 				_gen_wiretype.FieldType{Type: 0x44, Name: "Libraries"},
 				_gen_wiretype.FieldType{Type: 0x3, Name: "Label"},
 				_gen_wiretype.FieldType{Type: 0x3, Name: "Description"},
 			},
 			"veyron/services/mgmt/profile.Specification", []string(nil)},
 		_gen_wiretype.NamedPrimitiveType{Type: 0x1, Name: "error", Tags: []string(nil)}}
 	var ss _gen_ipc.ServiceSignature
 	var firstAdded int
 	ss, _ = __gen_s.ServerStubProfile.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 _, fld := range wt.Fields {
 				if fld.Type >= _gen_wiretype.TypeIDFirst {
 					fld.Type += _gen_wiretype.TypeID(firstAdded)
 				}
 			}
 			d = wt
 		}
 		result.TypeDefs = append(result.TypeDefs, d)
 	}

 	return result, nil
 }

 func (__gen_s *ServerStubProfile) 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 *ServerStubProfile) Specification(call _gen_ipc.ServerCall) (reply Specification, err error) {
 	reply, err = __gen_s.service.Specification(call)
 	return
 }

 func (__gen_s *ServerStubProfile) Put(call _gen_ipc.ServerCall, Specification Specification) (err error) {
 	err = __gen_s.service.Put(call, Specification)
 	return
 }

 func (__gen_s *ServerStubProfile) Remove(call _gen_ipc.ServerCall) (err error) {
 	err = __gen_s.service.Remove(call)
 	return
 }
	// This file was auto-generated by the veyron vdl tool.
	// Source: profile.vdl

	// Package profile contains implementation and internal interfaces and
	// types used by the implementation of Veyron profiles.
	package profile

	import (
	"veyron2/security"

	"veyron2/services/mgmt/profile"

	// The non-user imports are prefixed with "_gen_" to prevent collisions.
	_gen_veyron2 "veyron2"
	_gen_ipc "veyron2/ipc"
	_gen_naming "veyron2/naming"
	_gen_rt "veyron2/rt"
	_gen_vdl "veyron2/vdl"
	_gen_wiretype "veyron2/wiretype"
	)

	// Format includes a type (e.g. ELF) and each instance of the format
	// has some specific attributes. The key attributes are the target
	// operating system (e.g. for ELF this could be one of System V,
	// HP-UX, NetBSD, Linux, Solaris, AIX, IRIX, FreeBSD, and OpenBSD) and
	// the target instruction set architecture (e.g. for ELF this could be
	// one of SPARC, x86, PowerPC, ARM, IA-64, x86-64, and AArch64).
	type Format struct {
	Name string
	Attributes map[string]string
	}

	// Library describes a shared library that applications may use.
	type Library struct {
	// Name is the name of the library.
	Name string
	// MajorVersion is the major version of the library.
	MajorVersion string
	// MinorVersion is the minor version of the library.
	MinorVersion string
	}

	// Specification is how we represent a profile internally. It should
	// provide enough information to allow matching of binaries to nodes.
	type Specification struct {
	// Format is the file format of the application binary.
	Format Format
	// Libraries is a set of libraries the application binary depends on.
	Libraries map[Library]struct{}
	// A human-friendly concise label for the profile, e.g. "linux-media"
	Label string
	// A human-friendly description of the profile.
	Description string
	}

	// Profile describes a profile internally. Besides the public Profile
	// interface, it allows to access and manage the actual profile
	// implementation information.
	// Profile is the interface the client binds and uses.
	// Profile_ExcludingUniversal is the interface without internal framework-added methods
	// to enable embedding without method collisions. Not to be used directly by clients.
	type Profile_ExcludingUniversal interface {
	// Profile abstracts a device's ability to run binaries, and hides
	// specifics such as operating system, hardware architecture, and the
	// set of installed libraries. Profiles describe binaries and devices,
	// and are used to match them.
	profile.Profile_ExcludingUniversal
	// Specification returns the profile specification for the profile
	// identified through the veyron name suffix.
	Specification(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (reply Specification, err error)
	// Put sets the profile specification for the profile identified
	// through the veyron name suffix.
	Put(ctx _gen_ipc.Context, Specification Specification, opts ..._gen_ipc.CallOpt) (err error)
	// Remove removes the profile specification for the profile
	// identified through the veyron name suffix.
	Remove(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (err error)
	}
	type Profile interface {
	_gen_ipc.UniversalServiceMethods
	Profile_ExcludingUniversal
	}

	// ProfileService is the interface the server implements.
	type ProfileService interface {

	// Profile abstracts a device's ability to run binaries, and hides
	// specifics such as operating system, hardware architecture, and the
	// set of installed libraries. Profiles describe binaries and devices,
	// and are used to match them.
	profile.ProfileService
	// Specification returns the profile specification for the profile
	// identified through the veyron name suffix.
	Specification(context _gen_ipc.ServerContext) (reply Specification, err error)
	// Put sets the profile specification for the profile identified
	// through the veyron name suffix.
	Put(context _gen_ipc.ServerContext, Specification Specification) (err error)
	// Remove removes the profile specification for the profile
	// identified through the veyron name suffix.
	Remove(context _gen_ipc.ServerContext) (err error)
	}

	// BindProfile returns the client stub implementing the Profile
	// interface.
	//
	// If no _gen_ipc.Client is specified, the default _gen_ipc.Client in the
	// global Runtime is used.
	func BindProfile(name string, opts ..._gen_ipc.BindOpt) (Profile, error) {
	var client _gen_ipc.Client
	switch len(opts) {
	case 0:
	client = _gen_rt.R().Client()
	case 1:
	switch o := opts[0].(type) {
	case _gen_veyron2.Runtime:
	client = o.Client()
	case _gen_ipc.Client:
	client = o
	default:
	return nil, _gen_vdl.ErrUnrecognizedOption
	}
	default:
	return nil, _gen_vdl.ErrTooManyOptionsToBind
	}
	stub := &clientStubProfile{client: client, name: name}
	stub.Profile_ExcludingUniversal, _ = profile.BindProfile(name, client)

	return stub, nil
	}

	// NewServerProfile creates a new server stub.
	//
	// It takes a regular server implementing the ProfileService
	// interface, and returns a new server stub.
	func NewServerProfile(server ProfileService) interface{} {
	return &ServerStubProfile{
	ServerStubProfile: profile.NewServerProfile(server).(profile.ServerStubProfile),
	service: server,
	}
	}

	// clientStubProfile implements Profile.
	type clientStubProfile struct {
	profile.Profile_ExcludingUniversal

	client _gen_ipc.Client
	name string
	}

	func (__gen_c *clientStubProfile) Specification(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (reply Specification, err error) {
	var call _gen_ipc.Call
	if call, err = __gen_c.client.StartCall(ctx, __gen_c.name, "Specification", nil, opts...); err != nil {
	return
	}
	if ierr := call.Finish(&reply, &err); ierr != nil {
	err = ierr
	}
	return
	}

	func (__gen_c *clientStubProfile) Put(ctx _gen_ipc.Context, Specification Specification, opts ..._gen_ipc.CallOpt) (err error) {
	var call _gen_ipc.Call
	if call, err = __gen_c.client.StartCall(ctx, __gen_c.name, "Put", []interface{}{Specification}, opts...); err != nil {
	return
	}
	if ierr := call.Finish(&err); ierr != nil {
	err = ierr
	}
	return
	}

	func (__gen_c *clientStubProfile) Remove(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (err error) {
	var call _gen_ipc.Call
	if call, err = __gen_c.client.StartCall(ctx, __gen_c.name, "Remove", nil, opts...); err != nil {
	return
	}
	if ierr := call.Finish(&err); ierr != nil {
	err = ierr
	}
	return
	}

	func (__gen_c *clientStubProfile) UnresolveStep(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (reply []string, err error) {
	var call _gen_ipc.Call
	if call, err = __gen_c.client.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 *clientStubProfile) Signature(ctx _gen_ipc.Context, opts ..._gen_ipc.CallOpt) (reply _gen_ipc.ServiceSignature, err error) {
	var call _gen_ipc.Call
	if call, err = __gen_c.client.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 *clientStubProfile) GetMethodTags(ctx _gen_ipc.Context, method string, opts ..._gen_ipc.CallOpt) (reply []interface{}, err error) {
	var call _gen_ipc.Call
	if call, err = __gen_c.client.StartCall(ctx, __gen_c.name, "GetMethodTags", []interface{}{method}, opts...); err != nil {
	return
	}
	if ierr := call.Finish(&reply, &err); ierr != nil {
	err = ierr
	}
	return
	}

	// ServerStubProfile wraps a server that implements
	// ProfileService and provides an object that satisfies
	// the requirements of veyron2/ipc.ReflectInvoker.
	type ServerStubProfile struct {
	profile.ServerStubProfile

	service ProfileService
	}

	func (__gen_s *ServerStubProfile) 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.ServerStubProfile.GetMethodTags(call, method); resp != nil \|\| err != nil {
	return resp, err
	}
	switch method {
	case "Specification":
	return []interface{}{security.Label(1)}, nil
	case "Put":
	return []interface{}{security.Label(2)}, nil
	case "Remove":
	return []interface{}{security.Label(2)}, nil
	default:
	return nil, nil
	}
	}

	func (__gen_s *ServerStubProfile) Signature(call _gen_ipc.ServerCall) (_gen_ipc.ServiceSignature, error) {
	result := _gen_ipc.ServiceSignature{Methods: make(map[string]_gen_ipc.MethodSignature)}
	result.Methods["Put"] = _gen_ipc.MethodSignature{
	InArgs: []_gen_ipc.MethodArgument{
	{Name: "Specification", Type: 69},
	},
	OutArgs: []_gen_ipc.MethodArgument{
	{Name: "", Type: 70},
	},
	}
	result.Methods["Remove"] = _gen_ipc.MethodSignature{
	InArgs: []_gen_ipc.MethodArgument{},
	OutArgs: []_gen_ipc.MethodArgument{
	{Name: "", Type: 70},
	},
	}
	result.Methods["Specification"] = _gen_ipc.MethodSignature{
	InArgs: []_gen_ipc.MethodArgument{},
	OutArgs: []_gen_ipc.MethodArgument{
	{Name: "", Type: 69},
	{Name: "", Type: 70},
	},
	}

	result.TypeDefs = []_gen_vdl.Any{
	_gen_wiretype.MapType{Key: 0x3, Elem: 0x3, Name: "", Tags: []string(nil)}, _gen_wiretype.StructType{
	[]_gen_wiretype.FieldType{
	_gen_wiretype.FieldType{Type: 0x3, Name: "Name"},
	_gen_wiretype.FieldType{Type: 0x41, Name: "Attributes"},
	},
	"veyron/services/mgmt/profile.Format", []string(nil)},
	_gen_wiretype.StructType{
	[]_gen_wiretype.FieldType{
	_gen_wiretype.FieldType{Type: 0x3, Name: "Name"},
	_gen_wiretype.FieldType{Type: 0x3, Name: "MajorVersion"},
	_gen_wiretype.FieldType{Type: 0x3, Name: "MinorVersion"},
	},
	"veyron/services/mgmt/profile.Library", []string(nil)},
	_gen_wiretype.MapType{Key: 0x43, Elem: 0x2, Name: "", Tags: []string(nil)}, _gen_wiretype.StructType{
	[]_gen_wiretype.FieldType{
	_gen_wiretype.FieldType{Type: 0x42, Name: "Format"},
	_gen_wiretype.FieldType{Type: 0x44, Name: "Libraries"},
	_gen_wiretype.FieldType{Type: 0x3, Name: "Label"},
	_gen_wiretype.FieldType{Type: 0x3, Name: "Description"},
	},
	"veyron/services/mgmt/profile.Specification", []string(nil)},
	_gen_wiretype.NamedPrimitiveType{Type: 0x1, Name: "error", Tags: []string(nil)}}
	var ss _gen_ipc.ServiceSignature
	var firstAdded int
	ss, _ = __gen_s.ServerStubProfile.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 _, fld := range wt.Fields {
	if fld.Type >= _gen_wiretype.TypeIDFirst {
	fld.Type += _gen_wiretype.TypeID(firstAdded)
	}
	}
	d = wt
	}
	result.TypeDefs = append(result.TypeDefs, d)
	}

	return result, nil
	}

	func (__gen_s *ServerStubProfile) 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 *ServerStubProfile) Specification(call _gen_ipc.ServerCall) (reply Specification, err error) {
	reply, err = __gen_s.service.Specification(call)
	return
	}

	func (__gen_s *ServerStubProfile) Put(call _gen_ipc.ServerCall, Specification Specification) (err error) {
	err = __gen_s.service.Put(call, Specification)
	return
	}

	func (__gen_s *ServerStubProfile) Remove(call _gen_ipc.ServerCall) (err error) {
	err = __gen_s.service.Remove(call)
	return
	}