/
verror.vdl.go
633 lines (526 loc) · 22.2 KB
/
verror.vdl.go
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// Copyright 2015 The Vanadium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.
// This file was auto-generated by the vanadium vdl tool.
// Package: verror
//
//nolint:revive
package verror
import (
"fmt"
"v.io/v23/context"
)
var initializeVDLCalled = false
var _ = initializeVDL() // Must be first; see initializeVDL comments for details.
// Error definitions
// =================
var (
// ErrUnknown means the error has no known Id. A more specific error should
// always be used, if possible. Unknown is typically only used when
// automatically converting errors that do not contain an Id.
ErrUnknown = NewIDAction("v.io/v23/verror.Unknown", NoRetry)
// ErrInternal means an internal error has occurred. A more specific error
// should always be used, if possible.
ErrInternal = NewIDAction("v.io/v23/verror.Internal", NoRetry)
// ErrNotImplemented means that the request type is valid but that the method to
// handle the request has not been implemented.
ErrNotImplemented = NewIDAction("v.io/v23/verror.NotImplemented", NoRetry)
// ErrEndOfFile means the end-of-file has been reached; more generally, no more
// input data is available.
ErrEndOfFile = NewIDAction("v.io/v23/verror.EndOfFile", NoRetry)
// ErrBadArg means the arguments to an operation are invalid or incorrectly
// formatted.
ErrBadArg = NewIDAction("v.io/v23/verror.BadArg", NoRetry)
// ErrBadState means an operation was attempted on an object while the object was
// in an incompatible state.
ErrBadState = NewIDAction("v.io/v23/verror.BadState", NoRetry)
// ErrBadVersion means the version presented by the client (e.g. to a service
// that supports content-hash-based caching or atomic read-modify-write) was
// out of date or otherwise invalid, likely because some other request caused
// the version at the server to change. The client should get a fresh version
// and try again.
ErrBadVersion = NewIDAction("v.io/v23/verror.BadVersion", NoRetry)
// ErrExist means that the requested item already exists; typically returned when
// an attempt to create an item fails because it already exists.
ErrExist = NewIDAction("v.io/v23/verror.Exist", NoRetry)
// ErrNoExist means that the requested item does not exist; typically returned
// when an attempt to lookup an item fails because it does not exist.
ErrNoExist = NewIDAction("v.io/v23/verror.NoExist", NoRetry)
ErrUnknownMethod = NewIDAction("v.io/v23/verror.UnknownMethod", NoRetry)
ErrUnknownSuffix = NewIDAction("v.io/v23/verror.UnknownSuffix", NoRetry)
// ErrNoExistOrNoAccess means that either the requested item does not exist, or
// is inaccessible. Typically returned when the distinction between existence
// and inaccessiblity should be hidden to preserve privacy.
ErrNoExistOrNoAccess = NewIDAction("v.io/v23/verror.NoExistOrNoAccess", NoRetry)
// ErrNoServers means a name was resolved to unusable or inaccessible servers.
ErrNoServers = NewIDAction("v.io/v23/verror.NoServers", RetryRefetch)
// ErrNoAccess means the server does not authorize the client for access.
ErrNoAccess = NewIDAction("v.io/v23/verror.NoAccess", RetryRefetch)
// ErrNotTrusted means the client does not trust the server.
ErrNotTrusted = NewIDAction("v.io/v23/verror.NotTrusted", RetryRefetch)
// ErrAborted means that an operation was not completed because it was aborted by
// the receiver. A more specific error should be used if it would help the
// caller decide how to proceed.
ErrAborted = NewIDAction("v.io/v23/verror.Aborted", NoRetry)
// ErrBadProtocol means that an operation was not completed because of a protocol
// or codec error.
ErrBadProtocol = NewIDAction("v.io/v23/verror.BadProtocol", NoRetry)
// ErrCanceled means that an operation was not completed because it was
// explicitly cancelled by the caller.
ErrCanceled = NewIDAction("v.io/v23/verror.Canceled", NoRetry)
// ErrTimeout means that an operation was not completed before the time deadline
// for the operation.
ErrTimeout = NewIDAction("v.io/v23/verror.Timeout", NoRetry)
)
// ErrorfUnknown calls ErrUnknown.Errorf with the supplied arguments.
func ErrorfUnknown(ctx *context.T, format string) error {
return ErrUnknown.Errorf(ctx, format)
}
// MessageUnknown calls ErrUnknown.Message with the supplied arguments.
func MessageUnknown(ctx *context.T, message string) error {
return ErrUnknown.Message(ctx, message)
}
// ParamsErrUnknown extracts the expected parameters from the error's ParameterList.
func ParamsErrUnknown(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfInternal calls ErrInternal.Errorf with the supplied arguments.
func ErrorfInternal(ctx *context.T, format string) error {
return ErrInternal.Errorf(ctx, format)
}
// MessageInternal calls ErrInternal.Message with the supplied arguments.
func MessageInternal(ctx *context.T, message string) error {
return ErrInternal.Message(ctx, message)
}
// ParamsErrInternal extracts the expected parameters from the error's ParameterList.
func ParamsErrInternal(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfNotImplemented calls ErrNotImplemented.Errorf with the supplied arguments.
func ErrorfNotImplemented(ctx *context.T, format string) error {
return ErrNotImplemented.Errorf(ctx, format)
}
// MessageNotImplemented calls ErrNotImplemented.Message with the supplied arguments.
func MessageNotImplemented(ctx *context.T, message string) error {
return ErrNotImplemented.Message(ctx, message)
}
// ParamsErrNotImplemented extracts the expected parameters from the error's ParameterList.
func ParamsErrNotImplemented(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfEndOfFile calls ErrEndOfFile.Errorf with the supplied arguments.
func ErrorfEndOfFile(ctx *context.T, format string) error {
return ErrEndOfFile.Errorf(ctx, format)
}
// MessageEndOfFile calls ErrEndOfFile.Message with the supplied arguments.
func MessageEndOfFile(ctx *context.T, message string) error {
return ErrEndOfFile.Message(ctx, message)
}
// ParamsErrEndOfFile extracts the expected parameters from the error's ParameterList.
func ParamsErrEndOfFile(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfBadArg calls ErrBadArg.Errorf with the supplied arguments.
func ErrorfBadArg(ctx *context.T, format string) error {
return ErrBadArg.Errorf(ctx, format)
}
// MessageBadArg calls ErrBadArg.Message with the supplied arguments.
func MessageBadArg(ctx *context.T, message string) error {
return ErrBadArg.Message(ctx, message)
}
// ParamsErrBadArg extracts the expected parameters from the error's ParameterList.
func ParamsErrBadArg(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfBadState calls ErrBadState.Errorf with the supplied arguments.
func ErrorfBadState(ctx *context.T, format string) error {
return ErrBadState.Errorf(ctx, format)
}
// MessageBadState calls ErrBadState.Message with the supplied arguments.
func MessageBadState(ctx *context.T, message string) error {
return ErrBadState.Message(ctx, message)
}
// ParamsErrBadState extracts the expected parameters from the error's ParameterList.
func ParamsErrBadState(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfBadVersion calls ErrBadVersion.Errorf with the supplied arguments.
func ErrorfBadVersion(ctx *context.T, format string) error {
return ErrBadVersion.Errorf(ctx, format)
}
// MessageBadVersion calls ErrBadVersion.Message with the supplied arguments.
func MessageBadVersion(ctx *context.T, message string) error {
return ErrBadVersion.Message(ctx, message)
}
// ParamsErrBadVersion extracts the expected parameters from the error's ParameterList.
func ParamsErrBadVersion(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfExist calls ErrExist.Errorf with the supplied arguments.
func ErrorfExist(ctx *context.T, format string) error {
return ErrExist.Errorf(ctx, format)
}
// MessageExist calls ErrExist.Message with the supplied arguments.
func MessageExist(ctx *context.T, message string) error {
return ErrExist.Message(ctx, message)
}
// ParamsErrExist extracts the expected parameters from the error's ParameterList.
func ParamsErrExist(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfNoExist calls ErrNoExist.Errorf with the supplied arguments.
func ErrorfNoExist(ctx *context.T, format string) error {
return ErrNoExist.Errorf(ctx, format)
}
// MessageNoExist calls ErrNoExist.Message with the supplied arguments.
func MessageNoExist(ctx *context.T, message string) error {
return ErrNoExist.Message(ctx, message)
}
// ParamsErrNoExist extracts the expected parameters from the error's ParameterList.
func ParamsErrNoExist(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfUnknownMethod calls ErrUnknownMethod.Errorf with the supplied arguments.
func ErrorfUnknownMethod(ctx *context.T, format string) error {
return ErrUnknownMethod.Errorf(ctx, format)
}
// MessageUnknownMethod calls ErrUnknownMethod.Message with the supplied arguments.
func MessageUnknownMethod(ctx *context.T, message string) error {
return ErrUnknownMethod.Message(ctx, message)
}
// ParamsErrUnknownMethod extracts the expected parameters from the error's ParameterList.
func ParamsErrUnknownMethod(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfUnknownSuffix calls ErrUnknownSuffix.Errorf with the supplied arguments.
func ErrorfUnknownSuffix(ctx *context.T, format string) error {
return ErrUnknownSuffix.Errorf(ctx, format)
}
// MessageUnknownSuffix calls ErrUnknownSuffix.Message with the supplied arguments.
func MessageUnknownSuffix(ctx *context.T, message string) error {
return ErrUnknownSuffix.Message(ctx, message)
}
// ParamsErrUnknownSuffix extracts the expected parameters from the error's ParameterList.
func ParamsErrUnknownSuffix(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfNoExistOrNoAccess calls ErrNoExistOrNoAccess.Errorf with the supplied arguments.
func ErrorfNoExistOrNoAccess(ctx *context.T, format string) error {
return ErrNoExistOrNoAccess.Errorf(ctx, format)
}
// MessageNoExistOrNoAccess calls ErrNoExistOrNoAccess.Message with the supplied arguments.
func MessageNoExistOrNoAccess(ctx *context.T, message string) error {
return ErrNoExistOrNoAccess.Message(ctx, message)
}
// ParamsErrNoExistOrNoAccess extracts the expected parameters from the error's ParameterList.
func ParamsErrNoExistOrNoAccess(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfNoServers calls ErrNoServers.Errorf with the supplied arguments.
func ErrorfNoServers(ctx *context.T, format string) error {
return ErrNoServers.Errorf(ctx, format)
}
// MessageNoServers calls ErrNoServers.Message with the supplied arguments.
func MessageNoServers(ctx *context.T, message string) error {
return ErrNoServers.Message(ctx, message)
}
// ParamsErrNoServers extracts the expected parameters from the error's ParameterList.
func ParamsErrNoServers(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfNoAccess calls ErrNoAccess.Errorf with the supplied arguments.
func ErrorfNoAccess(ctx *context.T, format string) error {
return ErrNoAccess.Errorf(ctx, format)
}
// MessageNoAccess calls ErrNoAccess.Message with the supplied arguments.
func MessageNoAccess(ctx *context.T, message string) error {
return ErrNoAccess.Message(ctx, message)
}
// ParamsErrNoAccess extracts the expected parameters from the error's ParameterList.
func ParamsErrNoAccess(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfNotTrusted calls ErrNotTrusted.Errorf with the supplied arguments.
func ErrorfNotTrusted(ctx *context.T, format string) error {
return ErrNotTrusted.Errorf(ctx, format)
}
// MessageNotTrusted calls ErrNotTrusted.Message with the supplied arguments.
func MessageNotTrusted(ctx *context.T, message string) error {
return ErrNotTrusted.Message(ctx, message)
}
// ParamsErrNotTrusted extracts the expected parameters from the error's ParameterList.
func ParamsErrNotTrusted(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfAborted calls ErrAborted.Errorf with the supplied arguments.
func ErrorfAborted(ctx *context.T, format string) error {
return ErrAborted.Errorf(ctx, format)
}
// MessageAborted calls ErrAborted.Message with the supplied arguments.
func MessageAborted(ctx *context.T, message string) error {
return ErrAborted.Message(ctx, message)
}
// ParamsErrAborted extracts the expected parameters from the error's ParameterList.
func ParamsErrAborted(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfBadProtocol calls ErrBadProtocol.Errorf with the supplied arguments.
func ErrorfBadProtocol(ctx *context.T, format string) error {
return ErrBadProtocol.Errorf(ctx, format)
}
// MessageBadProtocol calls ErrBadProtocol.Message with the supplied arguments.
func MessageBadProtocol(ctx *context.T, message string) error {
return ErrBadProtocol.Message(ctx, message)
}
// ParamsErrBadProtocol extracts the expected parameters from the error's ParameterList.
func ParamsErrBadProtocol(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfCanceled calls ErrCanceled.Errorf with the supplied arguments.
func ErrorfCanceled(ctx *context.T, format string) error {
return ErrCanceled.Errorf(ctx, format)
}
// MessageCanceled calls ErrCanceled.Message with the supplied arguments.
func MessageCanceled(ctx *context.T, message string) error {
return ErrCanceled.Message(ctx, message)
}
// ParamsErrCanceled extracts the expected parameters from the error's ParameterList.
func ParamsErrCanceled(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
// ErrorfTimeout calls ErrTimeout.Errorf with the supplied arguments.
func ErrorfTimeout(ctx *context.T, format string) error {
return ErrTimeout.Errorf(ctx, format)
}
// MessageTimeout calls ErrTimeout.Message with the supplied arguments.
func MessageTimeout(ctx *context.T, message string) error {
return ErrTimeout.Message(ctx, message)
}
// ParamsErrTimeout extracts the expected parameters from the error's ParameterList.
func ParamsErrTimeout(argumentError error) (verrorComponent string, verrorOperation string, returnErr error) {
params := Params(argumentError)
if params == nil {
returnErr = fmt.Errorf("no parameters found in: %T: %v", argumentError, argumentError)
return
}
iter := ¶mListIterator{params: params, max: len(params)}
if verrorComponent, verrorOperation, returnErr = iter.preamble(); returnErr != nil {
return
}
return
}
type paramListIterator struct {
err error
idx, max int
params []interface{}
}
func (pl *paramListIterator) next() (interface{}, error) {
if pl.err != nil {
return nil, pl.err
}
if pl.idx+1 > pl.max {
pl.err = fmt.Errorf("too few parameters: have %v", pl.max)
return nil, pl.err
}
pl.idx++
return pl.params[pl.idx-1], nil
}
func (pl *paramListIterator) preamble() (component, operation string, err error) {
var tmp interface{}
if tmp, err = pl.next(); err != nil {
return
}
var ok bool
if component, ok = tmp.(string); !ok {
return "", "", fmt.Errorf("ParamList[0]: component name is not a string: %T", tmp)
}
if tmp, err = pl.next(); err != nil {
return
}
if operation, ok = tmp.(string); !ok {
return "", "", fmt.Errorf("ParamList[1]: operation name is not a string: %T", tmp)
}
return
}
// initializeVDL performs vdl initialization. It is safe to call multiple times.
// If you have an init ordering issue, just insert the following line verbatim
// into your source files in this package, right after the "package foo" clause:
//
// var _ = initializeVDL()
//
// The purpose of this function is to ensure that vdl initialization occurs in
// the right order, and very early in the init sequence. In particular, vdl
// registration and package variable initialization needs to occur before
// functions like vdl.TypeOf will work properly.
//
// This function returns a dummy value, so that it can be used to initialize the
// first var in the file, to take advantage of Go's defined init order.
func initializeVDL() struct{} {
if initializeVDLCalled {
return struct{}{}
}
initializeVDLCalled = true
return struct{}{}
}