// UnmarshalBson bson-decodes into SrvKeyspaceNames.
func (srvKeyspaceNames *SrvKeyspaceNames) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for SrvKeyspaceNames", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Entries":
// []string
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for srvKeyspaceNames.Entries", kind))
}
bson.Next(buf, 4)
srvKeyspaceNames.Entries = make([]string, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 string
_v1 = bson.DecodeString(buf, kind)
srvKeyspaceNames.Entries = append(srvKeyspaceNames.Entries, _v1)
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into KeyRangeQuery.
func (keyRangeQuery *KeyRangeQuery) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for KeyRangeQuery", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Sql":
keyRangeQuery.Sql = bson.DecodeString(buf, kind)
case "BindVariables":
// map[string]interface{}
if kind != bson.Null {
if kind != bson.Object {
panic(bson.NewBsonError("unexpected kind %v for keyRangeQuery.BindVariables", kind))
}
bson.Next(buf, 4)
keyRangeQuery.BindVariables = make(map[string]interface{})
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
_k := bson.ReadCString(buf)
var _v1 interface{}
_v1 = bson.DecodeInterface(buf, kind)
keyRangeQuery.BindVariables[_k] = _v1
}
}
case "Keyspace":
keyRangeQuery.Keyspace = bson.DecodeString(buf, kind)
case "KeyRanges":
// []kproto.KeyRange
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for keyRangeQuery.KeyRanges", kind))
}
bson.Next(buf, 4)
keyRangeQuery.KeyRanges = make([]kproto.KeyRange, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v2 kproto.KeyRange
_v2.UnmarshalBson(buf, kind)
keyRangeQuery.KeyRanges = append(keyRangeQuery.KeyRanges, _v2)
}
}
case "TabletType":
keyRangeQuery.TabletType.UnmarshalBson(buf, kind)
case "Session":
// *Session
if kind != bson.Null {
keyRangeQuery.Session = new(Session)
(*keyRangeQuery.Session).UnmarshalBson(buf, kind)
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into ZkPathV.
func (zkPathV *ZkPathV) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for ZkPathV", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Paths":
// []string
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for zkPathV.Paths", kind))
}
bson.Next(buf, 4)
zkPathV.Paths = make([]string, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 string
_v1 = bson.DecodeString(buf, kind)
zkPathV.Paths = append(zkPathV.Paths, _v1)
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into BoundQuery.
func (boundQuery *BoundQuery) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for BoundQuery", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Sql":
boundQuery.Sql = bson.DecodeString(buf, kind)
case "BindVariables":
// map[string]interface{}
if kind != bson.Null {
if kind != bson.Object {
panic(bson.NewBsonError("unexpected kind %v for boundQuery.BindVariables", kind))
}
bson.Next(buf, 4)
boundQuery.BindVariables = make(map[string]interface{})
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
_k := bson.ReadCString(buf)
var _v1 interface{}
_v1 = bson.DecodeInterface(buf, kind)
boundQuery.BindVariables[_k] = _v1
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into QueryResultList.
func (queryResultList *QueryResultList) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for QueryResultList", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "List":
// []mproto.QueryResult
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for queryResultList.List", kind))
}
bson.Next(buf, 4)
queryResultList.List = make([]mproto.QueryResult, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 mproto.QueryResult
_v1.UnmarshalBson(buf, kind)
queryResultList.List = append(queryResultList.List, _v1)
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into KeyspacePartition.
func (keyspacePartition *KeyspacePartition) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for KeyspacePartition", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Shards":
// []SrvShard
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for keyspacePartition.Shards", kind))
}
bson.Next(buf, 4)
keyspacePartition.Shards = make([]SrvShard, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 SrvShard
_v1.UnmarshalBson(buf, kind)
keyspacePartition.Shards = append(keyspacePartition.Shards, _v1)
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into QueryShard.
func (queryShard *QueryShard) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for QueryShard", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Sql":
queryShard.Sql = bson.DecodeString(buf, kind)
case "BindVariables":
// map[string]interface{}
if kind != bson.Null {
if kind != bson.Object {
panic(bson.NewBsonError("unexpected kind %v for queryShard.BindVariables", kind))
}
bson.Next(buf, 4)
queryShard.BindVariables = make(map[string]interface{})
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
_k := bson.ReadCString(buf)
var _v1 interface{}
_v1 = bson.DecodeInterface(buf, kind)
queryShard.BindVariables[_k] = _v1
}
}
case "Keyspace":
queryShard.Keyspace = bson.DecodeString(buf, kind)
case "Shards":
// []string
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for queryShard.Shards", kind))
}
bson.Next(buf, 4)
queryShard.Shards = make([]string, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v2 string
_v2 = bson.DecodeString(buf, kind)
queryShard.Shards = append(queryShard.Shards, _v2)
}
}
case "TabletType":
queryShard.TabletType.UnmarshalBson(buf, kind)
case "Session":
// *Session
if kind != bson.Null {
queryShard.Session = new(Session)
(*queryShard.Session).UnmarshalBson(buf, kind)
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into BlpPositionList.
func (blpPositionList *BlpPositionList) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for BlpPositionList", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Entries":
// []BlpPosition
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for blpPositionList.Entries", kind))
}
bson.Next(buf, 4)
blpPositionList.Entries = make([]BlpPosition, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 BlpPosition
_v1.UnmarshalBson(buf, kind)
blpPositionList.Entries = append(blpPositionList.Entries, _v1)
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into KeyspaceIdBatchQuery.
func (keyspaceIdBatchQuery *KeyspaceIdBatchQuery) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for KeyspaceIdBatchQuery", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Queries":
// []tproto.BoundQuery
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for keyspaceIdBatchQuery.Queries", kind))
}
bson.Next(buf, 4)
keyspaceIdBatchQuery.Queries = make([]tproto.BoundQuery, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 tproto.BoundQuery
_v1.UnmarshalBson(buf, kind)
keyspaceIdBatchQuery.Queries = append(keyspaceIdBatchQuery.Queries, _v1)
}
}
case "Keyspace":
keyspaceIdBatchQuery.Keyspace = bson.DecodeString(buf, kind)
case "KeyspaceIds":
// []kproto.KeyspaceId
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for keyspaceIdBatchQuery.KeyspaceIds", kind))
}
bson.Next(buf, 4)
keyspaceIdBatchQuery.KeyspaceIds = make([]kproto.KeyspaceId, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v2 kproto.KeyspaceId
_v2.UnmarshalBson(buf, kind)
keyspaceIdBatchQuery.KeyspaceIds = append(keyspaceIdBatchQuery.KeyspaceIds, _v2)
}
}
case "TabletType":
keyspaceIdBatchQuery.TabletType.UnmarshalBson(buf, kind)
case "Session":
// *Session
if kind != bson.Null {
keyspaceIdBatchQuery.Session = new(Session)
(*keyspaceIdBatchQuery.Session).UnmarshalBson(buf, kind)
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into BatchQueryShard.
func (batchQueryShard *BatchQueryShard) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for BatchQueryShard", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Queries":
// []tproto.BoundQuery
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for batchQueryShard.Queries", kind))
}
bson.Next(buf, 4)
batchQueryShard.Queries = make([]tproto.BoundQuery, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 tproto.BoundQuery
_v1.UnmarshalBson(buf, kind)
batchQueryShard.Queries = append(batchQueryShard.Queries, _v1)
}
}
case "Keyspace":
batchQueryShard.Keyspace = bson.DecodeString(buf, kind)
case "Shards":
// []string
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for batchQueryShard.Shards", kind))
}
bson.Next(buf, 4)
batchQueryShard.Shards = make([]string, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v2 string
_v2 = bson.DecodeString(buf, kind)
batchQueryShard.Shards = append(batchQueryShard.Shards, _v2)
}
}
case "TabletType":
batchQueryShard.TabletType.UnmarshalBson(buf, kind)
case "Session":
// *Session
if kind != bson.Null {
batchQueryShard.Session = new(Session)
(*batchQueryShard.Session).UnmarshalBson(buf, kind)
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into SrvShard.
func (srvShard *SrvShard) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for SrvShard", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Name":
srvShard.Name = bson.DecodeString(buf, kind)
case "KeyRange":
srvShard.KeyRange.UnmarshalBson(buf, kind)
case "ServedTypes":
// []TabletType
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for srvShard.ServedTypes", kind))
}
bson.Next(buf, 4)
srvShard.ServedTypes = make([]TabletType, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 TabletType
_v1.UnmarshalBson(buf, kind)
srvShard.ServedTypes = append(srvShard.ServedTypes, _v1)
}
}
case "MasterCell":
srvShard.MasterCell = bson.DecodeString(buf, kind)
case "TabletTypes":
// []TabletType
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for srvShard.TabletTypes", kind))
}
bson.Next(buf, 4)
srvShard.TabletTypes = make([]TabletType, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v2 TabletType
_v2.UnmarshalBson(buf, kind)
srvShard.TabletTypes = append(srvShard.TabletTypes, _v2)
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into GTIDField.
func (gf *GTIDField) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for GTIDField", kind))
}
bson.Next(buf, 4)
// We expect exactly zero or one fields in this bson object.
kind = bson.NextByte(buf)
if kind == bson.EOO {
// The GTID was nil, nothing to do.
return
}
// The field name is the MySQL flavor.
flavor := bson.ReadCString(buf)
value := bson.DecodeString(buf, kind)
// Check for and consume the end byte.
if kind = bson.NextByte(buf); kind != bson.EOO {
panic(bson.NewBsonError("too many fields for GTIDField"))
}
// Parse the value.
gtid, err := ParseGTID(flavor, value)
if err != nil {
panic(bson.NewBsonError("invalid value %v for GTIDField: %v", value, err))
}
gf.Value = gtid
}
// UnmarshalBson bson-decodes into QueryResult.
func (queryResult *QueryResult) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for QueryResult", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Result":
// *mproto.QueryResult
if kind != bson.Null {
queryResult.Result = new(mproto.QueryResult)
(*queryResult.Result).UnmarshalBson(buf, kind)
}
case "Session":
// *Session
if kind != bson.Null {
queryResult.Session = new(Session)
(*queryResult.Session).UnmarshalBson(buf, kind)
}
case "Error":
queryResult.Error = bson.DecodeString(buf, kind)
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into ShardSession.
func (shardSession *ShardSession) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for ShardSession", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Keyspace":
shardSession.Keyspace = bson.DecodeString(buf, kind)
case "Shard":
shardSession.Shard = bson.DecodeString(buf, kind)
case "TabletType":
shardSession.TabletType.UnmarshalBson(buf, kind)
case "TransactionId":
shardSession.TransactionId = bson.DecodeInt64(buf, kind)
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into MyType.
func (myType *MyType) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for MyType", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Cust1":
myType.Cust1.UnmarshalBson(buf, kind)
case "Cust2":
// *Custom1
if kind != bson.Null {
myType.Cust2 = new(Custom1)
(*myType.Cust2).UnmarshalBson(buf, kind)
}
case "Cust3":
myType.Cust3.UnmarshalBson(buf, kind)
case "Cust4":
// *pkg.Custom2
if kind != bson.Null {
myType.Cust4 = new(pkg.Custom2)
(*myType.Cust4).UnmarshalBson(buf, kind)
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into GetEndPointsArgs.
func (getEndPointsArgs *GetEndPointsArgs) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for GetEndPointsArgs", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Cell":
getEndPointsArgs.Cell = bson.DecodeString(buf, kind)
case "Keyspace":
getEndPointsArgs.Keyspace = bson.DecodeString(buf, kind)
case "Shard":
getEndPointsArgs.Shard = bson.DecodeString(buf, kind)
case "TabletType":
getEndPointsArgs.TabletType.UnmarshalBson(buf, kind)
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into Statement.
func (statement *Statement) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for Statement", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Category":
statement.Category = bson.DecodeInt(buf, kind)
case "Charset":
// *mproto.Charset
if kind != bson.Null {
statement.Charset = new(mproto.Charset)
(*statement.Charset).UnmarshalBson(buf, kind)
}
case "Sql":
statement.Sql = bson.DecodeBinary(buf, kind)
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into ReplicationPosition.
func (rp *ReplicationPosition) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for ReplicationPosition", kind))
}
bson.Next(buf, 4)
// We expect exactly zero or one fields in this bson object.
kind = bson.NextByte(buf)
if kind == bson.EOO {
// The value was nil, nothing to do.
return
}
// The field name is the MySQL flavor.
flavor := bson.ReadCString(buf)
value := bson.DecodeString(buf, kind)
// Check for and consume the end byte.
if kind = bson.NextByte(buf); kind != bson.EOO {
panic(bson.NewBsonError("too many fields for ReplicationPosition"))
}
// Parse the value.
var err error
*rp, err = ParseReplicationPosition(flavor, value)
if err != nil {
panic(bson.NewBsonError("invalid value %#v for ReplicationPosition: %v", value, err))
}
}
// UnmarshalBson bson-decodes into TabletType.
func (tabletType *TabletType) UnmarshalBson(buf *bytes.Buffer, kind byte) {
if kind == bson.EOO {
bson.Next(buf, 4)
kind = bson.NextByte(buf)
bson.ReadCString(buf)
}
*tabletType = TabletType(bson.DecodeString(buf, kind))
}
// UnmarshalBson bson-decodes into MyType.
func (myType *MyType) UnmarshalBson(buf *bytes.Buffer, kind byte) {
if kind == bson.EOO {
bson.Next(buf, 4)
kind = bson.NextByte(buf)
bson.ReadCString(buf)
}
*myType = MyType(bson.DecodeInt(buf, kind))
}
// UnmarshalBson bson-decodes into KeyspaceId.
func (keyspaceId *KeyspaceId) UnmarshalBson(buf *bytes.Buffer, kind byte) {
if kind == bson.EOO {
bson.Next(buf, 4)
kind = bson.NextByte(buf)
bson.ReadCString(buf)
}
*keyspaceId = KeyspaceId(bson.DecodeString(buf, kind))
}
// UnmarshalBson bson-decodes into ZkNode.
func (zkNode *ZkNode) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for ZkNode", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Path":
zkNode.Path = bson.DecodeString(buf, kind)
case "Data":
zkNode.Data = bson.DecodeString(buf, kind)
case "Stat":
zkNode.Stat.UnmarshalBson(buf, kind)
case "Children":
// []string
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for zkNode.Children", kind))
}
bson.Next(buf, 4)
zkNode.Children = make([]string, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 string
_v1 = bson.DecodeString(buf, kind)
zkNode.Children = append(zkNode.Children, _v1)
}
}
case "Cached":
zkNode.Cached = bson.DecodeBool(buf, kind)
case "Stale":
zkNode.Stale = bson.DecodeBool(buf, kind)
default:
bson.Skip(buf, kind)
}
}
}
func (v *Value) UnmarshalBson(buf *bytes.Buffer, kind byte) {
if kind == bson.EOO {
bson.Next(buf, 4)
kind = bson.NextByte(buf)
bson.ReadCString(buf)
}
if kind != bson.Null {
*v = MakeString(bson.DecodeBinary(buf, kind))
}
}
// UnmarshalBson bson-decodes into Session.
func (session *Session) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for Session", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "InTransaction":
session.InTransaction = bson.DecodeBool(buf, kind)
case "ShardSessions":
// []*ShardSession
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for session.ShardSessions", kind))
}
bson.Next(buf, 4)
session.ShardSessions = make([]*ShardSession, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 *ShardSession
// *ShardSession
if kind != bson.Null {
_v1 = new(ShardSession)
(*_v1).UnmarshalBson(buf, kind)
}
session.ShardSessions = append(session.ShardSessions, _v1)
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into QueryList.
func (queryList *QueryList) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for QueryList", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Queries":
// []BoundQuery
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for queryList.Queries", kind))
}
bson.Next(buf, 4)
queryList.Queries = make([]BoundQuery, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 BoundQuery
_v1.UnmarshalBson(buf, kind)
queryList.Queries = append(queryList.Queries, _v1)
}
}
case "SessionId":
queryList.SessionId = bson.DecodeInt64(buf, kind)
case "TransactionId":
queryList.TransactionId = bson.DecodeInt64(buf, kind)
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into BinlogTransaction.
func (binlogTransaction *BinlogTransaction) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for BinlogTransaction", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Statements":
// []Statement
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for binlogTransaction.Statements", kind))
}
bson.Next(buf, 4)
binlogTransaction.Statements = make([]Statement, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 Statement
_v1.UnmarshalBson(buf, kind)
binlogTransaction.Statements = append(binlogTransaction.Statements, _v1)
}
}
case "Timestamp":
binlogTransaction.Timestamp = bson.DecodeInt64(buf, kind)
case "GTIDField":
binlogTransaction.GTIDField.UnmarshalBson(buf, kind)
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson bson-decodes into ZkNodeV.
func (zkNodeV *ZkNodeV) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for ZkNodeV", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Nodes":
// []*ZkNode
if kind != bson.Null {
if kind != bson.Array {
panic(bson.NewBsonError("unexpected kind %v for zkNodeV.Nodes", kind))
}
bson.Next(buf, 4)
zkNodeV.Nodes = make([]*ZkNode, 0, 8)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.SkipIndex(buf)
var _v1 *ZkNode
// *ZkNode
if kind != bson.Null {
_v1 = new(ZkNode)
(*_v1).UnmarshalBson(buf, kind)
}
zkNodeV.Nodes = append(zkNodeV.Nodes, _v1)
}
}
default:
bson.Skip(buf, kind)
}
}
}
// UnmarshalBson skips over an encoded Unused in a backward-compatible way.
// Previous versions of Unused would BSON-encode a naked string value, which
// bson.EncodeSimple() would encode as a document with a field named
// bson.MAGICTAG. Here we skip over any document or sub-document without looking
// for the special MAGICTAG field name.
func (u *Unused) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for Unused", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
bson.ReadCString(buf)
bson.Skip(buf, kind)
}
}
func (req *RequestBson) UnmarshalBson(buf *bytes.Buffer, kind byte) {
bson.VerifyObject(kind)
bson.Next(buf, 4)
kind = bson.NextByte(buf)
for kind != bson.EOO {
key := bson.ReadCString(buf)
switch key {
case "ServiceMethod":
req.ServiceMethod = bson.DecodeString(buf, kind)
case "Seq":
req.Seq = bson.DecodeUint64(buf, kind)
default:
bson.Skip(buf, kind)
}
kind = bson.NextByte(buf)
}
}
// UnmarshalBson bson-decodes into MyType.
func (myType *MyType) UnmarshalBson(buf *bytes.Buffer, kind byte) {
switch kind {
case bson.EOO, bson.Object:
// valid
case bson.Null:
return
default:
panic(bson.NewBsonError("unexpected kind %v for MyType", kind))
}
bson.Next(buf, 4)
for kind := bson.NextByte(buf); kind != bson.EOO; kind = bson.NextByte(buf) {
switch bson.ReadCString(buf) {
case "Float64":
myType.Float64 = bson.DecodeFloat64(buf, kind)
case "String":
myType.String = bson.DecodeString(buf, kind)
case "Bool":
myType.Bool = bson.DecodeBool(buf, kind)
case "Int64":
myType.Int64 = bson.DecodeInt64(buf, kind)
case "Int32":
myType.Int32 = bson.DecodeInt32(buf, kind)
case "Int":
myType.Int = bson.DecodeInt(buf, kind)
case "Uint64":
myType.Uint64 = bson.DecodeUint64(buf, kind)
case "Uint32":
myType.Uint32 = bson.DecodeUint32(buf, kind)
case "Uint":
myType.Uint = bson.DecodeUint(buf, kind)
case "Bytes":
myType.Bytes = bson.DecodeBinary(buf, kind)
case "Time":
myType.Time = bson.DecodeTime(buf, kind)
case "Interface":
myType.Interface = bson.DecodeInterface(buf, kind)
default:
bson.Skip(buf, kind)
}
}
}