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Upgrade versions of vendored libs

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This commit is contained in:
eleksir
2024-08-03 21:26:21 +03:00
parent 9bac4fb257
commit b6f8cf9155
812 changed files with 56387 additions and 31548 deletions
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166
vendor/github.com/cockroachdb/errors/errbase/encode.go generated vendored
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@@ -33,18 +33,24 @@ func EncodeError(ctx context.Context, err error) EncodedError {
if cause := UnwrapOnce(err); cause != nil {
return encodeWrapper(ctx, err, cause)
}
// Not a causer.
return encodeLeaf(ctx, err)
return encodeLeaf(ctx, err, UnwrapMulti(err))
}
// encodeLeaf encodes a leaf error.
func encodeLeaf(ctx context.Context, err error) EncodedError {
// encodeLeaf encodes a leaf error. This function accepts a `causes`
// argument because we encode multi-cause errors using the Leaf
// protobuf. This was done to enable backwards compatibility when
// introducing this functionality since the Wrapper type already has a
// required single `cause` field.
func encodeLeaf(ctx context.Context, err error, causes []error) EncodedError {
var msg string
var details errorspb.EncodedErrorDetails
if e, ok := err.(*opaqueLeaf); ok {
msg = e.msg
details = e.details
} else if e, ok := err.(*opaqueLeafCauses); ok {
msg = e.msg
details = e.details
} else {
details.OriginalTypeName, details.ErrorTypeMark.FamilyName, details.ErrorTypeMark.Extension = getTypeDetails(err, false /*onlyFamily*/)
@@ -74,11 +80,21 @@ func encodeLeaf(ctx context.Context, err error) EncodedError {
details.FullDetails = encodeAsAny(ctx, err, payload)
}
var cs []*EncodedError
if len(causes) > 0 {
cs = make([]*EncodedError, len(causes))
for i, ee := range causes {
ee := EncodeError(ctx, ee)
cs[i] = &ee
}
}
return EncodedError{
Error: &errorspb.EncodedError_Leaf{
Leaf: &errorspb.EncodedErrorLeaf{
Message: msg,
Details: details,
Message: msg,
Details: details,
MultierrorCauses: cs,
},
},
}
@@ -115,10 +131,18 @@ func encodeAsAny(ctx context.Context, err error, payload proto.Message) *types.A
func encodeWrapper(ctx context.Context, err, cause error) EncodedError {
var msg string
var details errorspb.EncodedErrorDetails
messageType := Prefix
if e, ok := err.(*opaqueWrapper); ok {
// We delegate all knowledge of the error string
// to the original encoder and do not try to re-engineer
// the prefix out of the error. This helps maintain
// backward compatibility with earlier versions of the
// encoder which don't have any understanding of
// error string ownership by the wrapper.
msg = e.prefix
details = e.details
messageType = e.messageType
} else {
details.OriginalTypeName, details.ErrorTypeMark.FamilyName, details.ErrorTypeMark.Extension = getTypeDetails(err, false /*onlyFamily*/)
@@ -127,12 +151,12 @@ func encodeWrapper(ctx context.Context, err, cause error) EncodedError {
// If we have a manually registered encoder, use that.
typeKey := TypeKey(details.ErrorTypeMark.FamilyName)
if enc, ok := encoders[typeKey]; ok {
msg, details.ReportablePayload, payload = enc(ctx, err)
msg, details.ReportablePayload, payload, messageType = enc(ctx, err)
} else {
// No encoder.
// In that case, we'll try to compute a message prefix
// manually.
msg = extractPrefix(err, cause)
msg, messageType = extractPrefix(err, cause)
// If there are known safe details, use them.
if s, ok := err.(SafeDetailer); ok {
@@ -148,9 +172,10 @@ func encodeWrapper(ctx context.Context, err, cause error) EncodedError {
return EncodedError{
Error: &errorspb.EncodedError_Wrapper{
Wrapper: &errorspb.EncodedWrapper{
Cause: EncodeError(ctx, cause),
MessagePrefix: msg,
Details: details,
Cause: EncodeError(ctx, cause),
Message: msg,
Details: details,
MessageType: errorspb.MessageType(messageType),
},
},
}
@@ -158,21 +183,36 @@ func encodeWrapper(ctx context.Context, err, cause error) EncodedError {
// extractPrefix extracts the prefix from a wrapper's error message.
// For example,
// err := errors.New("bar")
// err = errors.Wrap(err, "foo")
// extractPrefix(err)
//
// err := errors.New("bar")
// err = errors.Wrap(err, "foo")
// extractPrefix(err)
//
// returns "foo".
func extractPrefix(err, cause error) string {
//
// If a presumed wrapper does not have a message prefix, it is assumed
// to override the entire error message and `extractPrefix` returns
// the entire message and the boolean `true` to signify that the causes
// should not be appended to it.
func extractPrefix(err, cause error) (string, MessageType) {
causeSuffix := cause.Error()
errMsg := err.Error()
if strings.HasSuffix(errMsg, causeSuffix) {
prefix := errMsg[:len(errMsg)-len(causeSuffix)]
// If error msg matches exactly then this is a wrapper
// with no message of its own.
if len(prefix) == 0 {
return "", Prefix
}
if strings.HasSuffix(prefix, ": ") {
return prefix[:len(prefix)-2]
return prefix[:len(prefix)-2], Prefix
}
}
return ""
// If we don't have the cause as a suffix, then we have
// some other string as our error msg, preserve that and
// mark as override
return errMsg, FullMessage
}
func getTypeDetails(
@@ -183,6 +223,8 @@ func getTypeDetails(
switch t := err.(type) {
case *opaqueLeaf:
return t.details.OriginalTypeName, t.details.ErrorTypeMark.FamilyName, t.details.ErrorTypeMark.Extension
case *opaqueLeafCauses:
return t.details.OriginalTypeName, t.details.ErrorTypeMark.FamilyName, t.details.ErrorTypeMark.Extension
case *opaqueWrapper:
return t.details.OriginalTypeName, t.details.ErrorTypeMark.FamilyName, t.details.ErrorTypeMark.Extension
}
@@ -286,6 +328,28 @@ type LeafEncoder = func(ctx context.Context, err error) (msg string, safeDetails
// registry for RegisterLeafEncoder.
var leafEncoders = map[TypeKey]LeafEncoder{}
// RegisterMultiCauseEncoder can be used to register new multi-cause
// error types to the library. Registered types will be encoded using
// their own Go type when an error is encoded. Multi-cause wrappers
// that have not been registered will be encoded using the
// opaqueWrapper type.
func RegisterMultiCauseEncoder(theType TypeKey, encoder MultiCauseEncoder) {
// This implementation is a simple wrapper around `LeafEncoder`
// because we implemented multi-cause error wrapper encoding into a
// `Leaf` instead of a `Wrapper` for smoother backwards
// compatibility support. Exposing this detail to consumers of the
// API is confusing and hence avoided. The causes of the error are
// encoded separately regardless of this encoder's implementation.
RegisterLeafEncoder(theType, encoder)
}
// MultiCauseEncoder is to be provided (via RegisterMultiCauseEncoder
// above) by additional multi-cause wrapper types not yet known to this
// library. The encoder will automatically extract and encode the
// causes of this error by calling `Unwrap()` and expecting a slice of
// errors.
type MultiCauseEncoder = func(ctx context.Context, err error) (msg string, safeDetails []string, payload proto.Message)
// RegisterWrapperEncoder can be used to register new wrapper types to
// the library. Registered wrappers will be encoded using their own
// Go type when an error is encoded. Wrappers that have not been
@@ -295,6 +359,35 @@ var leafEncoders = map[TypeKey]LeafEncoder{}
// or a different type, ensure that RegisterTypeMigration() was called
// prior to RegisterWrapperEncoder().
func RegisterWrapperEncoder(theType TypeKey, encoder WrapperEncoder) {
RegisterWrapperEncoderWithMessageType(
theType,
func(ctx context.Context, err error) (
msgPrefix string,
safeDetails []string,
payload proto.Message,
messageType MessageType,
) {
prefix, details, payload := encoder(ctx, err)
return prefix, details, payload, messageType
})
}
// RegisterWrapperEncoderWithMessageType can be used to register
// new wrapper types to the library. Registered wrappers will be
// encoded using their own Go type when an error is encoded. Wrappers
// that have not been registered will be encoded using the
// opaqueWrapper type.
//
// This function differs from RegisterWrapperEncoder by allowing the
// caller to explicitly decide whether the wrapper owns the entire
// error message or not. Otherwise, the relationship is inferred.
//
// Note: if the error type has been migrated from a previous location
// or a different type, ensure that RegisterTypeMigration() was called
// prior to RegisterWrapperEncoder().
func RegisterWrapperEncoderWithMessageType(
theType TypeKey, encoder WrapperEncoderWithMessageType,
) {
if encoder == nil {
delete(encoders, theType)
} else {
@@ -304,7 +397,42 @@ func RegisterWrapperEncoder(theType TypeKey, encoder WrapperEncoder) {
// WrapperEncoder is to be provided (via RegisterWrapperEncoder above)
// by additional wrapper types not yet known to this library.
type WrapperEncoder = func(ctx context.Context, err error) (msgPrefix string, safeDetails []string, payload proto.Message)
type WrapperEncoder func(ctx context.Context, err error) (
msgPrefix string,
safeDetails []string,
payload proto.Message,
)
// MessageType is used to encode information about an error message
// within a wrapper error type. This information is used to affect
// display logic.
type MessageType errorspb.MessageType
// Values below should match the ones in errorspb.MessageType for
// direct conversion.
const (
// Prefix denotes an error message that should be prepended to the
// message of its cause.
Prefix MessageType = MessageType(errorspb.MessageType_PREFIX)
// FullMessage denotes an error message that contains the text of its
// causes and can be displayed standalone.
FullMessage = MessageType(errorspb.MessageType_FULL_MESSAGE)
)
// WrapperEncoderWithMessageType is to be provided (via
// RegisterWrapperEncoderWithMessageType above) by additional wrapper
// types not yet known to this library. This encoder returns an
// additional enum which indicates whether the wrapper owns the error
// message completely instead of simply being a prefix with the error
// message of its causes appended to it. This information is encoded
// along with the prefix in order to provide context during error
// display.
type WrapperEncoderWithMessageType func(ctx context.Context, err error) (
msgPrefix string,
safeDetails []string,
payload proto.Message,
messageType MessageType,
)
// registry for RegisterWrapperType.
var encoders = map[TypeKey]WrapperEncoder{}
var encoders = map[TypeKey]WrapperEncoderWithMessageType{}