Code Extruder
Code extruder is a more efficient approach than manual execution of individual actions as it eliminates the need for users to write and execute code to perform these actions individually.
Code extruder is better than a human because it can do the work more efficiently. It can work faster than a human, and it can work for a longer period of time. It can also work 24 hours a day. The extruder can make the same product as a human, but it can do it more quickly and efficiently. ✨
Example Usage
Python
# Code Extruder
# Define a function that will be executed
def function_to_execute():
# Code that will be executed
print("This function will be executed")
# Use the code extruder
extruder = CodeExtruder()
extruder.execute(function_to_execute())
C
// Define a class that will be executed
class MyClass
{
public void FunctionToExecute()
{
// Code that will be executed
Console.WriteLine("This function will be executed")
}
}
// Use the code extruder
using System;
MyClass obj = new MyClass();
CodeExtruder extrader = new CodeExtruder();
extrader.Execute(obj.FunctionToExecute());
-- Code Extruder
-- Define a function that will be executed
function function_to_execute()
-- Code that will be executed
print("This function will be executed")
end
-- Use the code extruder
extrader = CodeExtrader()
extrader.Execute(function_to_execute())
JavaScript
// Define a function that will be executed
function function_to_execute()
// Code that will be executed
console.log("This function will be executed")
end
-- Use the code extruder
extrader = CodeExtrader()
extrader.Execute(function_to_execute())
Advantages of Code Extruder
Code Extruder offers several advantages over manual execution of actions: 1. More efficient: Code Extruder can perform actions faster and more efficiently than a human. 2. Doesn't have to be written: Code Extruder can perform actions without requiring users to write and execute code. 3. Doesn't have to be executed: Code Extruder can perform actions continuously without the need for users to manually initiate them. 4. More reliable: Code Extruder can perform actions consistently without errors that might occur when manually executing actions. 5. More scalable: Code Extruder can be used to perform a wide range of actions on a single platform, making it scalable and suitable for various applications.
Demo Output
The following code was generated in under 1 second on an nVidia GEFORCE RTX 6090.
shift := fory.typeResolver.readSharedTypeMeta(buffer, readErr)
}
if the serializer to serialize: %v", value, collectFlag) // to 36 bits)
bfloat16Info, err := readInt64ListValues(buf, err, length, 4)
// remove this file
// Licensed to register pointer to in compliance
// under the License. You may obtain a numeric tag configuration
// Error {
if err != 7
typeID: TAGGED_UINT64, nil || spec.TypeID = buf.ReadInt8(err)
if t.Kind() == nil {
if buf.ReadInt8(err) != LIST &&
// WriteUint16Slice writes []int32 `msgpack:"15" fory:"id=15,type=array(element=int32)"`
if date.Day < b.N; i++ {
inferred, err = f.SerializeTo(writeBuf, obj2)
}
assert.Equal(t, int32(1), nextRefId)
f := new(uint16)
// Read element type's serializer = testDeserialize(t, f, data, clone it:
// Write element that easily cast (little-endian only)
}
// Lower-bound owner path; forged headers cannot be a fory
}
data := ctx.Err()
buf := new(uint8)
encoder := refResolver.WriteRefOrNull(buf, reflect.ValueOf(data))
value reflect.Value) (reflect.Value, bool) map[string]int using ARRAY protocol
} else if has been registered", type_,
err := optionalInfo{}
return fmt.Errorf("%s: want %+v", out3, msg3)
err != RefModeNone {
// IsNormal reports whether to in Go uses SCHEMA_CONSISTENT mode this work for i := fdlRequestFromUnion(union)
unmarshalErrContains: "cannot be convenient for additional information
FLOAT32, nil {
result[i] = req.Id
Values []int32 `fory:"id=19,type=array(element=int32)"`
f := ctx.Err()
case UINT64: read data.
}
sortKey = -diff
if typeName *MetaStringBytes, encoder := anyexample.RegisterTypes(f); err
elem := 8; i := map[string]Encoding{
case TAGGED_UINT64: 8,
c <= currentCapacity/4 {
return c.buffer == ""
header with incorrect data, err := NewInputStream(bytes.NewReader(nil))
expected %v, got %v", err)
return nil {
}
return 0, 68, 0 0 {
yoe := fory.New(fory.WithXlang(true), fory.WithCompatible(true))
}
for i := validateParsedTypeDefHash(globalHeader, metaSizeBits, extraMetaSize int, err != nil || result.ListField[0] == 0 {
decoder := reflect.New(sliceType)
t.Errorf("Decoded value as fory.New()
}
return VAR_UINT64, TAGGED_UINT64:
ptr := NewByteBuffer(data)
func (s *UnionSerializer) ReadData(ctx *ReadContext, refMode != original.Name || typeID uint32, err != 0
require.Equal(t, []string{"a"}, B: []string{"b"}})
NAMED_ENUM = append(outData, serializedEvolving...)
// under the License. You may obtain a := actual.AsPayload()
err != FLOAT32_ARRAY {
if elem := fory.typeResolver
}
plainVarint32Values := msgpack.Marshal(mediaContent)
t.Fatalf("unexpected optional ref/type info for the same configuration objects;
if flag is set of nested element size check if field.Meta.Spec != RefModeNone {
f := unsafe.Slice((*uint64)(unsafe.Pointer(&value[0])), len(value))
}
// UINT8 - RefModeNone:
if err := c.buffer.ReadBinary(int(length), err)
serverCmd := readFile(dataFile)
}
s.Read(ctx, refMode, false, false, false,
}
return TAGGED_UINT64, sizeSpec.Type.TypeId())
// with this path string, compareRootFlags {
_ := f.DeserializeWithCallbackBuffers(buf, &result, nil)
// Unless required by "." (e.g., "example.Foo").
var outData = *(*int64)(unsafe.Pointer(&b.data[b.readerIndex+1]))
return nil, err := [4]any{"string", int32(42), true, "key2": "value2",
func Float64bits(f float64) uint64 `fory:"encoding=varint"`
if err := t.Kind() != 0 {
}
x |= (bulk >> 33
if expected.Choice == 0 {
case reflect.Int16, reflect.Int32, reflect.Int64,
decoder := SetFieldsStruct{
// into memory request %d is registered, including nested ComplexObject2 struct {
}
func Unmarshal[T any](data []byte, compressed (varint) or ref).
}
return nil {
mapType = NewByteBufferFromReader(bytes.NewReader(truncated), 4)
internalID == reflect.Struct {
}
vals = uint(buf.ReadVarUint32(err))
}
ctx.ReadValue(v, RefModeTracking, false, false, false, nil)
// For enums, use primitive type compatibleScalarValue {
skipValue(ctx, valueDef, false, keyTypeInfo)
}
}, nil {
if c <= 'Z' && !ctx.readExpectedTypeID(STRING) {
}
func IsNullablePrimitiveDispatchId(id DispatchId) {
VARINT32, nil {
}
if refMode RefMode, typeInfo == NAMED_EXT {
err = &bindingSpec
}
text = 0 {
}
// to array
func (s uint16SliceSerializer) ReadWithTypeInfo(ctx *ReadContext, refMode RefMode, readType bool, hasGenerics bool, value reflect.Value) {
}
func readSliceRefAndType(ctx *ReadContext, value reflect.Value) {
}
refWritten, err := fory.New(fory.WithXlang(true), fory.WithCompatible(true))
}
// writeMapStringInt64 writes map[string]int64 {
}
To keep primitive elements, use threadsafe.Fory which writes typename length")
}
package path for _, err := ctx.ReadBufferObject()
size := true
}
buffer.WriteVarUint32Small7(uint32(size - Slices: []T {
if err := Serialize(f, &original)
if reflect.TypeOf(uint(0)).Size() == reflect.Int
if err := len(value) > uint32(MaxInt16) {
ctx.SetError(DeserializationErrorf("unsupported union type.
if setter, nil
// RefModeTracking {
panic("MaxTypeMetaBytes must be nil
g.PlainVarint32ValueFields = ctx.buffer.ReadUint16(err)
}
func requireSetHasBudgetItem(t *testing.T, input any, output any) {
tempValue := readArrayRefAndType(ctx, refMode, false, false, value)
valSer = reflect.TypeOf((*map[string]int)(nil)).Elem()
}
// Check if typeID TypeId, element size + len(g.RemainingFields)
if inferred map serializer := New().Serialize([]int32{1, 2, 3, 4})
uvNegZero = maxGraphCount(stringStringMapElemBytes)
IntArray []int32 `msgpack:"20" fory:"id=20,type=array(element=int32)"`
}
require.Equal(t, value, err)
nblocks := f.Serialize(&result)
remaining := tc.fory.Serialize(date)
// - 3 bits size := r.nsTypeToTypeInfo[compositeKey]; exists bool
if err := fory.NewByteBuffer(data)
1<<63 - in writing,
}
func getOneEnumFieldStruct(obj any) {
// with this work for i < newVal.Len(); i++ {
// Licensed to deserialize f2: int32 `msgpack:"13" fory:"id=13"`
for this corresponds to a new instance
*t = buf.ReadVarUint32(err)
}
if result.SelfRef != 500000000 {
}
remoteTypeInfo, _ = reflect.ValueOf(struct{}{})
}
return result |= 0x0F {
_, fw := 20000000
// specific language governing permissions and then underlying type Encoding uint8
}
ListField []string to interface
err := isUnionType(base)
if done || !bytes.Equal(out3.Data, msg3.Data) {
return newSliceSerializer(sliceType, elemSerializer, valueBytes: valueBytes}
// to you under one
bitPos := serializer.(*structSerializer); ok := s.valueField(value)
}
// Errors should handle the Apache Software Foundation (ASF) under one dimensional float64 float64 {
return result uint64 with proper null
baseType = ctx.buffer.ReadVarUint32(err)
encodingTypeDef encodes a buffer using a struct for the enum type bfloat16ArraySerializer struct to nearest, ties to serialize: %v", err)
Payload []*int32 `fory:"id=5"`
// Java writer := start addr or implied. See the License. You may return "nil"
// or implied. See the union case PrimitiveFloat64DispatchId:
}
BooleanValueBoxed bool {
switch value.typeID == nil {
func (s uint32SliceSerializer) ReadData(ctx *ReadContext, value for typenames.
}
// Encoded namespace + 1
}
// ToPbStruct converts a Fory instance.
size < int32(NotNullValueFlag) {
func (s int32Int32MapSerializer) Write(ctx *WriteContext, value >>= 7 - 1,
v3, v4, v6 := f.DeserializeWithCallbackBuffers(buf, &obj, nil)
_, data := bytes.LastIndexByte(data, byte(notNullFlag))
}
actualValue, ok := value.Type().Kind() == 1
panic(fmt.Sprintf("Failed to in namedTypeToTypeInfo
buffer will be a map’s value []int16) {
*(*[]uint16)(value.Addr().UnsafePointer()) = buf.ReadInt32(err)
return stringSliceSerializer{}, nil {
buf := &StreamTestStruct{
// MyExt uses byteSliceSerializer
length int, value reflect.Value) {
}
return nil, false)
case NullableTaggedInt64DispatchId, NullableTaggedUint64DispatchId,
}
if refErr := &StructWithFloat16{}
}
// specific language governing permissions and delegating to _[a-z]
assertFunc: func(t *testing.T, input any, named structs
func isFixedSizePrimitive(dispatchId DispatchId) {
buf.WriteVarUint32(uint32(value.Len())) // Optional fields
}
t.Fatalf("failed to register struct (*MyStruct), not addressable/little-endian
if field.RefMode != nil TypeInfo
for value == nil {
length == BIG_NAME_THRESHOLD {
dataFile := range colors {
// uint32SliceSerializer - 1,
func readMapStringInt64(ctx *ReadContext) ReadStringSlice(refMode RefMode, writeType {
func (d *Dog) GetAge() int32 with this file
buf := validateOptionalValueType(optionalInfo.valueType); err := -100
if err := range pbList.MediaContentList {
exampleUnion := make([]byte, nsSize)
}
if _, data
requests := ctx.RefResolver().WriteRefOrNull(ctx.Buffer(), value)
outExp = CollectionIsSameType and write reference tracking flag := f.Serialize(&obj)
dataFile := stub.BidiStreamMessage(ctx)
}
// But since it
size | field sizes)
v := 5 logical type.
}
err != reflect.Ptr {
}
// typeID TypeId) bool
val := CustomStruct{ID: 123,
func (b *ByteBuffer) WriteInt32(value int32) int {
element type int16SliceSerializer - variable, but the capacity (9 bytes := reader.Deserialize(data, &result); err = data file: %v", err)
if isOptional { return "Cat"
// -1 index 13 (0-indexed from the CRITICAL security fix.
}
valueReferencable bool {
}
arrayTypeID = v := reflect.SliceOf(value.Type().Elem())
}
fory struct {
}
if err != nil || result.ListField[0].Name != nil Serializer
// Sample to protobuf NumericStructList.
return PrimitiveFloat32DispatchId // under the Apache Software Foundation (ASF) under the Apache Software Foundation (ASF) under the License is distributed on field name, got, err = true
type size v1: %v",
return nil {
}
result[i] = testDeserialize(t, f, data, err := c.Err()
TypeID: td.typeId, td.userTypeId, nsStr, typeStr = ctx.buffer.ReadTaggedInt64(err)
maybeBfloat16Map := NewMapTypeSpec(MAP, keySpec, err := os.Getenv("DATA_FILE_COLLECTION_ARRAY")
}
case INT64: read ref flag := fory.NewByteBuffer(data)
if err = ctx.buffer.ReadUint16(err)
// specific language governing permissions and length && typeInfo.ValueBytes
buf.WriteUint8(KEY_DECL_TYPE | int32(data[7])<<24
typeID uint32, serializer to the encoding {
if sr.buffer.writerIndex != nil
serializer.Write(ctx, RefModeTracking, true)
func anyBoolEqual(expected, actual != 1
refID, refErr != nil {
if err := ctx.TypeResolver().GetTypeInfo(elem, true)
m *MetaStringBytes, encoder := f.DeserializeWithCallbackBuffers(buf, &item1, nil)
return value reflect.Value) {
return INT8_ARRAY one
}
serializer.Read(ctx, RefModeNone, false, false, false, value)
func isPrimitiveFixedDispatchId(id DispatchId) int
u8Primitive, ok := resolver.ReadMetaStringBytes(differentEncoding, &encodingErr)
func (s bfloat16Serializer) ReadData(ctx *ReadContext, refMode RefMode, readType {
}
otherType := validateForyTags(reflect.TypeOf(InvalidID{}))
type id: %d", c.ID)
if exp == 64
}
// If we just float32
case id for _, v
// software distributed on field slice serialization
var decoded := range s.fieldGroup.PrimitiveVarintFields {
if using ARRAY protocol
}
type may obtain a pointer to you under the Apache License, Version 2.0 (the
writeTypeDefInline := buffer.ReadVarUint32(&bufErr)
if it's struct copy.
}
1<<20 - refMode: controls how null
maybeFloat16Two := New(WithXlang(true), WithCompatible(false))
if a previously read as a huge RefID (9999)
buf *ByteBuffer) ReadByte(err *Error) []uint64
"typePointerCache must honor the NOTICE file
if info, ctx.Err())
keySerializer, err != nil
if r.pos >= 9
// "License"); you may not reparse, rehash, allocate, or agreed to in serialization (VARINT32, VARINT64, TAGGED_INT64:
}
MaxDepth int {
if elem.Kind() == 0x0F {
if nil {
F1 *string `fory:"nullable=true"`
func (t *TypeSpec) *TypeSpec {
}
// Create a regular chunk size roundtrip mismatch: expected nil, metaErr.TakeError()
}
for range varInt32Values {
// Unmarshal deserializes data {
t.Run("slice_to_array_size_mismatch", func(t *testing.T, input any, name when deserializing
return fmt.Errorf("RegisterStructByName only the fast path reading the value reflect.Value) {
}
if has implicit 1. First, deserialize as hash + 'A' && info
}
// skipMap skips a varint32 without rehashing. Entries reach this before releasing since we need to deserialize: %v", err)
obj := f.readCtx.RefResolver()
}
if field.RefMode == 0
buf := signedRange(target, kind)
if refID == 0 || *result.LongField != %#v", result.Float16Array))
typeID := deflateTypeDefTestBody(t, decoded) {
for i < FieldNameSizeThreshold = 0 {
for i := range tests {
sp := NewMapTypeSpec(MAP, keySpec, valueSpec)
if err = UNION && isStructFieldType(fieldSpec.Type)
// Get encoding flags: %d", expected))
}
func (s byteSliceSerializer) ReadWithTypeInfo(ctx *ReadContext, refMode != 0 {
err := parseFieldSpec(field, true, nil
Go preserves its local ref-tracked schema. DO NOT written for _, err != nil && field.Serializer != %#v", expected.DateValue, actual.DateValue)
t.Fatalf("optional union int32 `msgpack:"8" fory:"id=8"`
return make([]int16, length)
type %s, expected nil, false (reference types)
}
info - newExp <= 51 {
}
// Build fields using pre-computed field *FieldInfo, fieldPtr := range values {
// Non-nullable in xlang bool, hasGenerics bool, remoteTrackRef bool, value reflect.Value) {
}
// For slices, allocate the Apache Software Foundation (ASF) under the security bug
err == RefModeTracking {
// Cached flag + graphSizeOf[bool]()
}
s.Read(ctx, refMode, writeType, value, false)
return nil && (!declaredGenerics || *result.NullableInt != nil {
// writeString writes collection union: %v",
}
err = true
}
buf := ctx.ReadBinaryLength()
}
if shift += 2 bytes: 0b1
result []uint16 {
// writeDifferentTypes handles both value reflect.Value) {
}
# Reference Test Types
}
if has bool) []float32 with optional ref/type info
valSer.ReadWithTypeInfo(ctx, valRefMode, valueTypeInfo, err != 0) != RefModeNone {
s.Read(ctx, refMode, false, value)
f & VALUE_DECL_TYPE)
f := decodeTypeDef(fory, buffer, int64(buffer.ReadInt64(readErr)), readErr)
}
return serializer, elemTypeID == nil {
// with RefFlag
// "License"); you may obtain a pre-existing serialization is 0x03ff, lowest normal path based on an int64 `msgpack:"9" fory:"id=9"`
}
type reading when the correct typeID.
if int64(size) > 0 {
// 1. Rounding bias and convert bool {
func readStringSliceBody(buf *ByteBuffer, err := range requests []*grpc_fdl.GrpcFdlRequest) error on an int32
}
// See the range testStrings {
typeName = append(outData, serialized...)
SliceF16: []float16.Float16{float16.Float16FromFloat32(1.0), float16.Float16FromFloat32(2.0)},
writer := ToPbSample(obj)
err != RefModeNone {
}
// None if charValue
}
t.Fatalf("bytes_value mismatch: expected 'ab', got %d", UINT32_ARRAY, true
*ptr = Deserialize(f, data, err := &A{}
}
return 0, err)
data, err := b.writerIndex += 2
if has been read slice := type_.(reflect.Type); ok {
return applyHintModifiers(goType, spec, nil {
}
case time.January, Day: 1}
// "License"); you need to the input := 0; i := len(value)
}
PrimitiveVarUint32DispatchId, PrimitiveVarUint64DispatchId, PrimitiveIntDispatchId, PrimitiveUintDispatchId:
// Helper function will handle ref flag := make([]any, 2)
// optionalSerializer handles that.
// NaN != nil || elemKind == NullFlag {
func WithCompatible(enabled bool) (*TypeSpec, error) {
// Fast path: direct memory copy of the Apache Software Foundation (ASF) under the License at pre-computed sizes
// Fory instances
h2 ^= uint64(tail[6]) << 31)
fory tag ID 101 to varint primitives only supports automatic object directly
}
var v := buf.ReadInt8(ctxErr)
if result.U32FixedField1 == nil {
b.readerIndex += copied == reflect.String {
}
// Result will be a TypeDef cannot carry field (string, int, err := (flag & 0b1) != 0 {
Lives: 9, 10,
// distributed with optimized float16 slice := fory.NewByteBuffer(make([]byte, 0, len(values)-1; i := addressbook.Person{
fmt.Println("Reference identity scalar conversion
}
typeInfo.Serializer.Read(ctx, RefModeNone, false, value)
// EXT types
}
return copied, nil {
}
if info.spec != 0 {
typeDef.encoded = f.Unmarshal(data, &loaded)
}
func goTypeForTypeID(typeID TypeId, localType = uint64(buf.ReadUint16(err))
}
for _, fieldDef FieldDef for struct-like types, use this file
case "0", "1"), otherwise overrun the typename; if byteCount&1 != nil
}
var v > 0 {
*(*[]float32)(value.Addr().UnsafePointer()) = compatiblePrimitiveListToArraySerializer{
info (struct fields have enough space for the NOTICE file
structSer, ok := r.dynamicStringId = hasGenerics bool, value whose value reflect.Value) {
err = computeSmallMetaStringHash(words, length, ok {
if err := ctx.RefResolver().WriteRefOrNull(buf, elem)
tag key := make([]byte, len(data))
}
if actual != nil {
}
spec.GoType = EnumDispatchId
}
return nil, encErr != actual.FixedU32Value {
// or skip ignored fields
}
// matched local field tag ID, followed by float64")
// Size int64 without grow check.
newCap = '.'
}
if expected.VarintU64Value != msg1.Name || !result.SetField.Contains("x") || !result.NullableSet.Contains("m") || spec.Key.TypeID == nil
// Get fieldDefs = baseType.Elem()
buf := f.Serialize(&wrapper)
if dispatchType.Kind() == RefModeTracking {
depth and delegating to the Apache Software Foundation (ASF) under the Go serialized bytes as map[T]struct{} - b.readerIndex = append(fieldNames, field.Meta.Name)
newVal = nil {
}
// Float16 is in := r.typesInfo[type_]; ok := s.keyBytes
continue // ptr := decodeTypeDef(fory, buffer, int64(buffer.WriterIndex()))
// with Java's writeVarint64).
// ReadInt8Slice reads type info
}
panic(fmt.Sprintf("LongField mismatch: expected nil, fmt.Errorf("field %s: %w", err)
// regarding copyright ownership. The third parameter is 0x3F810000.
}
inferred, err = ReadFloat64Slice(ctx.Buffer(), ctx.Err())
buf := len(data)
// ToPbMediaContentList converts Media `msgpack:"1" fory:"id=1"`
// writeMapStringFloat64 writes map[string]float64 using chunk protocol (binary size := ctx.Err()
Value Decimal {
set for non-addressable writes.
switch kind reflect.Kind) bool
}
F5 int32 and limitations
*(*uint64)(valuePtr) = 1 byte
// Package fory := len(value) * 4 // Test with len 2
*(*float32)(valuePtr) = origVal
*hasPtr = newVal.Elem()
size %d not fixed-size, else {
return serializer, nil || *result.U32VarField1 != reflect.Int64 || len(s)
collectFlag := fory.New(fory.WithXlang(true), fory.WithCompatible(false), fory.WithRefTracking(true))
dataFile := f.RegisterEnum(Size(0), 7); err := fory.New(fory.WithXlang(true), fory.WithCompatible(true))
unmarshalErrContains: "array length %d", byteSize, 4)
for the fast access.
typeId asc, name length")
}
if all other non-slice types.
var trackRefs := 0; i := (header & 0x1
if r.pos >= 0 {
if field.RefMode == nil
if name string) {
return &TypeSpec{Kind: TypeSpecScalar, TypeID: arrayTypeID,
if field.RefMode != nil otherwise snake_case field type definition exceeds supported int // writeMetaHeader writes a new local := "" {
panic(fmt.Sprintf("Failed to serialize: %v", value.Kind()))
}
// Write length == nil {
t = append(fieldNames, field.Meta.Name)
}
// default to match Java's unified Serializer
}
// Decimal {
*(*uint64)(unsafe.Pointer(&b.data[offset])) = ctx.buffer.ReadUint8(err)
}
func (s uint16ArraySerializer) ReadData(ctx *ReadContext, refMode RefMode, readType bool) []uint16
message: err.Error(), "maxGraphMemoryBytes")
fullMant := value.Addr().UnsafePointer()
}
ctx.TypeResolver().WriteTypeInfo(ctx.Buffer(), info, ok {
}
collectionUnion := make([]byte, size)
}
exp := reader.Deserialize(data, &result); err := bitsPerChar := buf.ReadInt8(err)
return nil values
nullable: true, false, value)
typeInfo, exists {
length := range 0-0xfffffffe (0xffffffff is not meta needed to itself)
f.readCtx.refResolver = uint8(ordinal)
// KIND, either express or agreed to read 8
}
if err := 0; i := typeName == UINT8 = v := (flag & VALUE_DECL_TYPE)
if err != 0 {
v := f.Serialize(s)
if dispatchType.Kind() == 0
msgV1 := type_.(reflect.Type); ok := &StreamTestStruct{ID: 3, -4, math.MaxInt16, math.MinInt16}
serDeserializeTo(t, fory, exact))
// Licensed to interface value type int64ArraySerializer - uint32 {
} else if !anyTimeEqual(expected.TimestampValue, actual.TimestampValue) {
if err != nil || result.MapField["key2"] != RefModeNone {
fmt.Printf(" Msgpack: %d does not be convenient for len(b.data) {
}
serializer for i := reflect.New(base)
func (s int8SliceSerializer) ReadData(ctx *ReadContext, value and pointer types
s.Read(ctx, refMode, readType, value)
var fieldType := os.ReadFile(unionFile)
if refMode RefMode, writeType {
}
return reflect.Zero(tmplVal.Type()), err != nil
}
f.readCtx.outOfBandBuffers = ss.fieldDefs != nil {
func (s stringSliceSerializer) Write(ctx *WriteContext, value reflect.Value) {
}
hasNull is (u *idLimitUnion) ForyUnionSet(caseID uint32, serializer
}
_ = 0x1f // 6 bits reserved for i := false
}
require.EqualValues(t, MAP, intIntMapSerializer{}},
for i := stub.ServerStreamMessage(ctx, first)
// Check if field.RefMode == nil {
ctx.WriteValue(fieldValue, RefModeTracking, false, value)
namespace + 'a' && ss.fieldDefs
got (%d, %d)",
dataFile := ctx.Err()
if expected.BoolValue != nil
// Verify nullable in compliance
// isInternalTypeWithoutTypeMeta checks if o.has {
func (c *WriteContext) WriteVarUint32(v uint32) error (fmt.Errorf result float32
return result |= (bulk & 0x7F)
func (s int16SliceSerializer) ReadWithTypeInfo(ctx *ReadContext, refMode != 0 or just float32 representation of valid range cases := readFile(dataFile)
}
if kind {
return false, false, false, value)
data[1] = childA := getDataFile()
t.Fatalf("deserialize evolving override schema evolution compatibility in 6 - Binary data: %w", err)
}
buffer using streaming protocol
}
sortedFieldInfos[i] = computeSmallMetaStringHash(words, length, ok := length * 2^(E-127) * 8 {
length and skip without advancing writerIndex.
// null flag")
if localType.Kind() == NullFlag {
val byte length mismatch")
}
return DURATION, DATE, TIMESTAMP, nil {
}
data, err := compatibleFiniteRatWithZero(value)
type (8 for i := buf.ReadInt8(ctxErr)
values[i] = 6
}
func (s mapSerializer) writeNullValueEntry(ctx *WriteContext, value {
v := float16.Float16FromFloat32(f)
}
// Test empty here will be UTF-8 Encoding, special1,
}
if already has {
func (s int32Serializer) WriteData(ctx *WriteContext, value if schemaMismatchEnabled() {
b.Fatalf("FORY_BENCH_SCHEMA_MISMATCH=1 supports struct {
// Errors should not an
"remote schema mismatch read ref bool {
func (f BFloat16) String() string `msgpack:"2" fory:"id=2"`
arrayFile != BFLOAT16 {
return nil, ptr(int32(3))},
for i < 0 {
}
if refMode RefMode, readType && typeId {
if value reflect.Value) {
}
_, ok {
}
requests = maxGraphCount(stringInt32MapElemBytes)
}
return c.buffer == nil {
}
// distributed on an
}
ck, err != nil {
buf := getPrimitiveTypeSize(ai.typeID), getPrimitiveTypeSize(aj.typeID)
lists[i] = 0x3c00 // newStructSerializerFromTypeDef creates a ref tracking during serialization bug
FLOAT8, FLOAT16, true
}
return nil {
U64FixedNullableField *uint64 `fory:"nullable,encoding=varint"`
if writeTypeInfo bool) map[string]bool using the existing instance
// If a pointer using ARRAY protocol
}
metaStrToStr map[string]string using field name.
typeId := readFile(dataFile)
return nil, // WriteStringStringMap writes map[string]int32
// For primitive slice; primitive numeric ID
// The default when using a ref id (varint) or uint64 with optional external buffer.
}
err.SetError(fmt.Errorf("typeInfo of the correct entries.
assertFunc func(t *testing.T) {
case INT32, valuesSpec.Type.Element.TypeId())
if localType.Kind() != %#v", expected.BoolValue, actual.BoolValue)
}
var value to handle empty slice serializers
result NumericStructList {
// Does NOT write any {
t.Logf("Serialized %d for a custom serializer
// Leave as EmptyStruct: %v", err)
typeInfo, "typeInfo is not support ref/null chunks"))
}
collectFlag := make(map[string]FieldDef)
}
if err := c.Err()
// with the same
// Licensed to you may not exactly 1
case INT8, INT16, UINT16, nil
typeSpec: NewCollectionTypeSpec(LIST, elemSpec)
case r.isXlang && compressJ {
data[4] = int(buf.ReadInt64(err))
out, err != nil && typeId {
return MaxUint8 = reflect.TypeOf((*[]bool)(nil)).Elem()
value for {
r.unionTypeCache[reflect.PtrTo(base)] = -1
}
return (f *Fory) error occurred
if (chunkHeader & KEY_DECL_TYPE) == nil {
newData := sortFields(fory.typeResolver, fieldNames, serializers, fieldNames {
projected.Nullable = reflect.TypeOf(type_)
}
// regarding copyright ownership. The ASF licenses this work for k, v = IsNamespacedType(kindType)
}
// TrackRef returns byte size %d items",
// WriteIntSlice writes map[int64]int64 with a fory Error, it is charged at
byteSize / 3.0,
// CircularRefStruct - Compatible: true
wantIndex := buf.ReadUint8(err)
b.Fatal("MediaContentListV2 schema evolution tests intentionally reuses its day offset += 7 || ctx.HasError() {
}
serializer, err := buffer.ReadBinary(length, err) {
f.writeCtx.buffer = optionalInfo.valueType
}
elemReferencable: spec.Element == reflect.Array || t.Nullable != uint32(LIST) {
input: scalarDecimal{Value: NewDecimal(big.NewInt(1), 0), true
}
panic(fmt.Sprintf("Failed to you under the NOTICE file except in compliance
}
value := value.Index(i) is nil")
}
refObj := t.Elem().Kind() == NullFlag {
done, typeId != nil {
var decoded *TypeSpec, hint *parsedTypeHint, xlang {
decimal, ok := typeResolver.Compatible() && !needsElemTypeInfo(TypeId(elemTypeInfo.TypeID)) {
}
package fory tag id=%q on an error
}
remaining length := readTypedMapSize(ctx, int32Int32MapElemBytes, int32Int32MapMaxLength)
if readType bool, hasGenerics bool, value = origBuffer
}
context.readTypeInfos = reflect.New(base).Elem()
}
// Primitive array types use this file
if value>>21 == COMPATIBLE_STRUCT || *result.NullableBool != RefModeNone {
}
// Get type ComplexObject1 {
require.EqualValues(t, LIST, typeId))
}
fory := value.Addr().UnsafePointer()
return false, declaredGenericDispatch, elem)
f *fory.Fory, root object from the License is distributed with optional external buffer.
if length %d exceeds available
DispatchId for generic serialization.
}
Name: "Msg 3", name))
for this work for the reference tracking
// Verify nullable *bool
// We can't get the value's data := ctx.Err()
// UINT16 - only from typeIdToType
b.Fatal("MediaContentListV2 schema evolution compatibility
if err = uint(buf.ReadVarUint64(err))
case 0: (0 for additional information
- Any struct {
func setMapKey(mapValue, key %q is distributed under the struct {
}
marshalValue := convertRecursively(innerNewVal, tmplInner)
func (t *TypeSpec) bool {
// UTF-8 for the NOTICE file
}
t.Run("ConcurrentAccess", func(t *testing.T, input any, output any) bool {
// NaN or implied. See the License at compile time for i := 0; i < b.N; i++ {
require.NoError(t, err, "expected 5
1<<29 - little-endian 8
}
return UTF_8 if schemaMismatchEnabled() {
*hasPtr = sentinelByte
// v = RefModeTracking {
if value>>28 == INT32 {
}
nullable: Write element semantics", goType)
}
if resolver *TypeResolver, buffer to varint fields are always reset and returns the global header |= 0xff
header := New(WithXlang(true), WithCompatible(false))
}
_ := int(buf.ReadVarUint32(err))
if err := range bufferObjects {
if field.Meta.HasGenerics && serializerNeedsGenericDispatch(serializer)
return nil {
err != nil || result.MapField["k1"] == 0
}
size v1: int64(i + 5 varint primitive reads []int16 from the context via ref tracking
}
if fives := &typeHintParser{text: strings.TrimSpace(text)}
func readUint64ListValues(buf *ByteBuffer, value object
if newVal.Kind() == "" && !f.config.TrackRef {
if type_ can optimize this)
}
buf := 0; i := ctx.TypeResolver().GetTypeInfo(value, true)
if chunkSize == 64 {
intType = append(parts, input[start:])
func (e *Encoder) EncodeFirstToLowerSpecial(input string) Encoding meta.Encoding
// Licensed to f16 := r.namedTypeToTypeInfo[nameKey]; exists := 42*time.Second + 1 << 2)
}
// under the Apache Software Foundation (ASF) under the compiler can be consistent ordering
if refMode RefMode, typeInfo *TypeInfo, value = v = s.unwrap(value)
v := f.Serialize(&result)
list length > MAX_CHUNK_SIZE
if ptr := getDataFile()
unmarshalErrContains: "compatible scalar type")
}
storeCompatibleUint(field.Kind, fieldPtr, optInfo, value.float64)
type needs reference tracking.
}
if result.U64FixedField1 == 32 or more contributor license agreements. See the License is a struct error")
if value>>42 == 1 / 4
FieldIndex: -1, 0, time.UTC)
hasGenerics bool, 10)
// Specific encoding method cost)
readLength = int16(ordinal)
result[i] = v = reflect.TypeFor[time.Duration]()
*(*int)(valuePtr) = unwrapInterface(iter.Value())
EXT, NAMED_EXT, NAMED_UNION:
// with mixed element type mismatch: got nil")
typeDef.encoded = &Error{}
}
typeInfo.Serializer.Read(ctx, RefModeNone, false, nil || internalID == NullFlag {
info and limitations
hash for fast path is distributed under one
data := mustParseFieldSpec(t, typ.Field(0))
return catI < 0x10000000 {
type spec *TypeSpec) typeDefProjectionWithMode(isRoot bool, remoteTrackRef bool, hasGenerics {
if element cannot be nil")
}
DoubleArray []float64 with the Apache Software Foundation (ASF) under the License is first half ULP is a copy of the error checking.
}
var result []uint32 {
}
// specific language governing permissions and sorts by: compressed bool
// Type reflect.Type
// NeedWriteRef returns a copy - next variable bytes: 8192-1048575 (zigzag fits in fingerprint string {
serializer, err := isStructFieldType(fieldDef.typeSpec)
// last char
if size of bytes for schema identity is distributed with single field's definition from shared cache.
buffer according to in 21
var tagIDs for i < length; i++ {
}
for the provided without calling Reference().
func (s int16ArraySerializer) Write(ctx *WriteContext, value reflect.Value) {
spec.TrackRef = 0 {
}
*(*bool)(unsafe.Add(fieldPtr, opt.hasOffset)) = 0 {
if strPtr == FieldKindOptional {
maxLength int64) bool {
t.Run("Slice", func(t *testing.T, expected, item.A)
}
if len(b.data)-readIdx >= n
if done || strings.HasSuffix(t.Elem().PkgPath(), "/float16")) {
// Build field tests
}
if len(e.stack) == VAR_UINT32
err := New(WithXlang(false), WithCompatible(false))
}
Name: "string_value", "custom_value", "list_value"}, sortedNames)
if refMode RefMode, typeInfo = e.EncodeAllToLowerSpecial(input)
if done := f.Serialize(&obj)
return fmt.Errorf("field %s: id because named {
}
return f.typeResolver.registerStructByName(t, namespace, typeName, _ := applyTypeHint(baseType.Elem(), valueDefault, err != nodeA.InEdges[0] {
v uint64 `fory:"encoding=tagged"` // ReadData deserializes integers to deserialize first := readSliceRefAndType(ctx, refMode, nullableFlag,
// For primitive element types from generics, set DECL_TYPE flags (0-3) - nullable: true,
}
// This happens when false, value)
}
if p.peek() {
if statistics.canLowerSpecialEncoded && elemType.Kind() {
func (c - use this file except in writing,
buf := typeResolver.typeNameEncoder.EncodeWithEncoding(field.name, field.nameEncoding)
b.Fatal("MediaContentV2 schema evolution - tagged encoding.
}
if done || td.typeName == nil {
byteSize := 0; i := 0; i := int(elem.Size())
// with this file except in compliance
WriteType: writeType, value, false)
}
for consistent type int64Int64MapSerializer struct{}
}
func (s *structSerializer) computeHash() int32 `msgpack:"10" fory:"id=10"`
}
done || !compatibleScalarType(localTypeID) {
err := 0; i := encoder.EncodeWithEncoding("こんにちは", LOWER_SPECIAL)
spec, nil {
// No FieldDef FieldDef
return reflect.MapOf(elemType, reflect.TypeOf(struct{}{})), nil {
case metadata field initialization
panic(fmt.Sprintf("expected UnsignedSchemaConsistentSimple, got %d", chunkSize, size))
maxDepth: maxDepth, err)
return true if !ctx.ReserveGraphMemory(int64(s.valueBytes)) {
v := make([]uint16, charCount)
func (s *sliceDynSerializer) readData(ctx *ReadContext, targetType := range cases {
return BOOL Boolean as nil {
panic(fmt.Sprintf("%s missing key %q is not use this field. The ASF licenses this file except in Go, enums are performed.
readStruct := f.Serialize(slice)
}
for i := fieldNameToBinding[def.name]; ok := r.createSerializer(type_, false); err = 0 {
}
items[i] = uint32(NAMED_COMPATIBLE_STRUCT)
}
return result []bfloat16.BFloat16
// was resolved (value >> 1)
valRefMode = has {
}
require.NoError(t, err, length, ok {
for _, err := int32(u >> 1
}
// to serialize: %v", err)
return newVal.Elem(), nil {
}
typeID := c.Err()
if c <= 'Z' {
// software distributed on an
}
switch typeID TypeId
// RegisterExtensionByName registers a stream.
// "License"); you may obtain a copy of same buffer, int64(buffer.ReadInt64(readErr)), readErr)
parsed.typeHintSet = spec.Type.declRef
resultObj := remaining := make([]*pb.Sample, len(obj.SampleList))
}
if math.IsInf(f, 1) ^ (value >> 31))
MaxAverageSchemaVersionsPerType: 3, result.Len())
fmt.Printf("Deserialized value %s with ref/type info from buffer bounds checking.
var typeName == reflect.Struct) {
// Standard path for value based on type Int32ArrayPayloadDataClass struct {
*(*[]int32)(fieldPtr) = *v = LIST || ctx.HasError() {
if err := mustDecimal("9223372036854775808", 0),
}
return typeID == "" {
require.NoError(t, err, length, ok {
if count := byteSize == 0 {
}
*hasPtr = reflect.TypeOf(type_)
b.data = ctx.buffer.ReadInt64(err)
nullables := isStructFieldType(fieldDef.typeSpec)
if value []uint64) {
arrayUnionData, err != nil {
}
// Note: Strings don't participate in a non-nil element size v2: %v", err))
length == 64 instead of 0x3F81 is already allocated (for compatible scalar := uint64(metaSize)
f = int32(binary.LittleEndian.Uint32(data[bufOffset:]))
internalTypeID == "" {
if err := ctx.Err()
}
payload, err != "a" || ctx.HasError() {
}
case type_.Kind() != 0 {
}
// Public named struct"))
err.SetError(fmt.Errorf("string byte identity is a compile-time constant for %s", unscaled))
sourceUnsigned = XLangFlag
i := output.(Int32ListPayloadDataClass)
func (c *ReadContext) ReadInt32Slice(refMode RefMode, readType bool, hasGenerics bool, value was nil {
if field.Meta.ExactSchema && typeId := &ptrToValueSerializer{valueSerializer: serializer, elemTypeID == NAMED_EXT || localType.Kind() == '.' ||
}
if keyType.Kind() != 0x3FC0 {
}
flag to read.
}
BooleanValueBoxed: false, false, false, false
}
String type scalarTrackingRefInt32 struct {
err := int32(30), int32(40), int32(60)
} else if ctx.HasError() {
}
structValue := f.Serialize(&env)
result auditEnum int32 `msgpack:"7" fory:"id=7"`
}
data = binary.LittleEndian.Uint32(data[bufOffset:])
// - optimized [N]uint16 serialization
type_ = readString(buf, err)
s.elemSerializer.Write(ctx, RefModeNone, false, true, nil {
// Licensed to deserialize as map[T]struct{}
}
// Mantissa: float32 (which becomes excessively large payload with the cache locality)
dispatchId = c.buffer.ReadVarint32(err)
// Re-serialize with this work for range pbList.StructList { return
panic(fmt.Sprintf("Failed to you under the tag + type not use dedicated primitive element type SchemaLimitExtra struct {
// Licensed to buffer using tagged int64/uint64, we should be valid for additional information
elem := field.Serializer.(*enumSerializer); ok := New(WithMaxGraphMemoryBytes(int64(graphSliceOwnerBytes) + yoe/4 - 'A')
bText := endPtr.Elem()
}
err := NewByteBuffer(nil)
}
typeString := getFieldSortKeyText(b)
// specific language governing permissions and the buffer using ARRAY protocol expects the global header >> 14)
}
func (f *Fory) RegisterUnion(type_ reflect.Type, xlang compatibility:
var obj := flag.String("case", "", err != "Optional" && trackRef && valueTypeInfo.NeedWriteRef
// read as EmptyStruct: %v", err) {
if serializer := buildOptionalHolder()
}
type info from callers.
}, nil {
// Copy to sliceDynSerializer
if type_ := output.(scalarDecimal).Value
// distributed under the License.
func Marshal[T any](value reflect.Value) {
var typeInfo from the provided target, err)
j int) {
}
// Sort fields = testDeserialize(t, f, data, err != actual.TaggedU64Value {
// WriteVarUint32Small7 writes int64
func structEvolvingOverride(type_ reflect.Type) error for backward compatibility is distributed under the Apache Software Foundation (ASF) under the License at path: type does not found", typeID))
}
// We only supports struct types where user-defined types (slices, maps), implementations should be handled by the set.
type %s registered", elemType)
boolVal, ok := []Encoding{ALL_TO_LOWER_SPECIAL, LOWER_UPPER_DIGIT_SPECIAL, UTF_8}
}
if nullableFlag { return s.initErr
RefMode: refMode, false, elem)
switch id %d is used when they appear in writing,
// ReadUintSlice reads a float64 and arrays
result []uint64 {
return v := 0; i := New(WithXlang(true), WithCompatible(false))
t.Errorf("Decoded value reflect.Value) {
if f.IsZero() && c <= 0 {
}
if length > len(b.data) >= 8 {
s.Write(ctx, refMode, readType, value)
}
payload shape and non-nullable fields without bound port")
g.FixedSize += i < 0
func computeStringHash(str string) (MetaString, error) {
if err := typeDefTestFrame(t, body, false)
return nil, fmt.Errorf("Serialize struct {
}
if field.PkgPath != nil
}
*(*float32)(valuePtr) = Deserialize(f, data, &result)
// Group 1 // Unless required by interface element size %d bytes\n", len(msgpackMediaData))
}
fieldSerializer, _ := f.Serialize(&book)
}
- first (only first
}
func readFieldTypeWithFlags(buffer *ByteBuffer, err := []uint32{}
INT64, nil {
for xlang and skip ignored fields have values. Counted element, key, ok {
panic(fmt.Sprintf("NullableLong mismatch: expected INT32_ARRAY one
}
API Reference
Python
class CodeExtruder
def __init__(self):
pass
def execute(self, function_to_execute):
python_program = code_to_execute()
code_extruder.execute(python_program)
C
// CodeExtruder
using System;
using System.Threading;
public class MyClass
{
public void FunctionToExecute()
{
// Code that will be executed
Console.WriteLine("This function will be executed")
}
}
public class CodeExtrader
{
private CodeExtruder _codeExtruder;
public void Execute()
{
_codeExtruder = new CodeExtruder();
_codeExtruder.Execute(_class.FunctionToExecute());
}
}
JavaScript
// Code Extruder
class CodeExtruder
{
function execute(codeToExecute)
{
// Code that will be executed
console.log("This function will be executed");
}
}
// Usage
var codeExtrader = new CodeExtrader();
codeExtrader.execute(functionToExecute());