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go-json/encode_vm.go

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package json
import (
"bytes"
"encoding"
"encoding/base64"
"fmt"
"math"
"reflect"
"strconv"
"unsafe"
)
func (e *Encoder) run(code *opcode) error {
for {
switch code.op {
case opPtr:
ptr := code.ptr
code = code.next
code.ptr = e.ptrToPtr(ptr)
case opInt:
e.encodeInt(e.ptrToInt(code.ptr))
code = code.next
case opInt8:
e.encodeInt8(e.ptrToInt8(code.ptr))
code = code.next
case opInt16:
e.encodeInt16(e.ptrToInt16(code.ptr))
code = code.next
case opInt32:
e.encodeInt32(e.ptrToInt32(code.ptr))
code = code.next
case opInt64:
e.encodeInt64(e.ptrToInt64(code.ptr))
code = code.next
case opUint:
e.encodeUint(e.ptrToUint(code.ptr))
code = code.next
case opUint8:
e.encodeUint8(e.ptrToUint8(code.ptr))
code = code.next
case opUint16:
e.encodeUint16(e.ptrToUint16(code.ptr))
code = code.next
case opUint32:
e.encodeUint32(e.ptrToUint32(code.ptr))
code = code.next
case opUint64:
e.encodeUint64(e.ptrToUint64(code.ptr))
code = code.next
case opFloat32:
e.encodeFloat32(e.ptrToFloat32(code.ptr))
code = code.next
case opFloat64:
v := e.ptrToFloat64(code.ptr)
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeFloat64(v)
code = code.next
case opString:
e.encodeString(e.ptrToString(code.ptr))
code = code.next
case opBool:
e.encodeBool(e.ptrToBool(code.ptr))
code = code.next
case opBytes:
s := base64.StdEncoding.EncodeToString(e.ptrToBytes(code.ptr))
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
code = code.next
case opInterface:
ifaceCode := code.toInterfaceCode()
ptr := ifaceCode.ptr
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: ifaceCode.typ,
ptr: unsafe.Pointer(ptr),
}))
rv := reflect.ValueOf(v)
if rv.IsNil() {
e.encodeNull()
code = ifaceCode.next
break
}
vv := rv.Interface()
header := (*interfaceHeader)(unsafe.Pointer(&vv))
typ := header.typ
if typ.Kind() == reflect.Ptr {
typ = typ.Elem()
}
e.indent = ifaceCode.indent
var c *opcode
if typ.Kind() == reflect.Map {
code, err := e.compileMap(typ, false, ifaceCode.root, e.enabledIndent)
if err != nil {
return err
}
c = code
} else {
code, err := e.compile(typ, ifaceCode.root, e.enabledIndent)
if err != nil {
return err
}
c = code
}
c.ptr = uintptr(header.ptr)
c.beforeLastCode().next = code.next
code = c
case opMarshalJSON:
ptr := code.ptr
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
b, err := v.(Marshaler).MarshalJSON()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
if len(b) == 0 {
return errUnexpectedEndOfJSON(
fmt.Sprintf("error calling MarshalJSON for type %s", code.typ),
0,
)
}
var buf bytes.Buffer
if err := compact(&buf, b, true); err != nil {
return err
}
e.encodeBytes(buf.Bytes())
code = code.next
code.ptr = ptr
case opMarshalText:
ptr := code.ptr
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
bytes, err := v.(encoding.TextMarshaler).MarshalText()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
e.encodeString(*(*string)(unsafe.Pointer(&bytes)))
code = code.next
code.ptr = ptr
case opSliceHead:
p := code.ptr
headerCode := code.toSliceHeaderCode()
if p == 0 {
e.encodeNull()
code = headerCode.end.next
} else {
e.encodeByte('[')
header := (*reflect.SliceHeader)(unsafe.Pointer(p))
headerCode.elem.set(header)
if header.Len > 0 {
code = code.next
code.ptr = header.Data
} else {
e.encodeByte(']')
code = headerCode.end.next
}
}
case opSliceElem:
c := code.toSliceElemCode()
c.idx++
if c.idx < c.len {
e.encodeByte(',')
code = code.next
code.ptr = c.data + c.idx*c.size
} else {
e.encodeByte(']')
code = c.end.next
}
case opSliceHeadIndent:
p := code.ptr
headerCode := code.toSliceHeaderCode()
if p == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = headerCode.end.next
} else {
header := (*reflect.SliceHeader)(unsafe.Pointer(p))
headerCode.elem.set(header)
if header.Len > 0 {
e.encodeBytes([]byte{'[', '\n'})
e.encodeIndent(code.indent + 1)
code = code.next
code.ptr = header.Data
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'[', ']', '\n'})
code = headerCode.end.next
}
}
case opRootSliceHeadIndent:
p := code.ptr
headerCode := code.toSliceHeaderCode()
if p == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = headerCode.end.next
} else {
header := (*reflect.SliceHeader)(unsafe.Pointer(p))
headerCode.elem.set(header)
if header.Len > 0 {
e.encodeBytes([]byte{'[', '\n'})
e.encodeIndent(code.indent + 1)
code = code.next
code.ptr = header.Data
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'[', ']'})
code = headerCode.end.next
}
}
case opSliceElemIndent:
c := code.toSliceElemCode()
c.idx++
if c.idx < c.len {
e.encodeBytes([]byte{',', '\n'})
e.encodeIndent(code.indent + 1)
code = code.next
code.ptr = c.data + c.idx*c.size
} else {
e.encodeByte('\n')
e.encodeIndent(code.indent)
e.encodeBytes([]byte{']', '\n'})
code = c.end.next
}
case opRootSliceElemIndent:
c := code.toSliceElemCode()
c.idx++
if c.idx < c.len {
e.encodeBytes([]byte{',', '\n'})
e.encodeIndent(code.indent + 1)
code = code.next
code.ptr = c.data + c.idx*c.size
} else {
e.encodeByte('\n')
e.encodeIndent(code.indent)
e.encodeBytes([]byte{']'})
code = c.end.next
}
case opArrayHead:
p := code.ptr
headerCode := code.toArrayHeaderCode()
if p == 0 {
e.encodeNull()
code = headerCode.end.next
} else {
e.encodeByte('[')
if headerCode.len > 0 {
code = code.next
code.ptr = p
headerCode.elem.ptr = p
} else {
e.encodeByte(']')
code = headerCode.end.next
}
}
case opArrayElem:
c := code.toArrayElemCode()
c.idx++
if c.idx < c.len {
e.encodeByte(',')
code = code.next
code.ptr = c.ptr + c.idx*c.size
} else {
e.encodeByte(']')
code = c.end.next
}
case opArrayHeadIndent:
p := code.ptr
headerCode := code.toArrayHeaderCode()
if p == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = headerCode.end.next
} else {
e.encodeBytes([]byte{'[', '\n'})
if headerCode.len > 0 {
e.encodeIndent(code.indent + 1)
code = code.next
code.ptr = p
headerCode.elem.ptr = p
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{']', '\n'})
code = headerCode.end.next
}
}
case opArrayElemIndent:
c := code.toArrayElemCode()
c.idx++
if c.idx < c.len {
e.encodeBytes([]byte{',', '\n'})
e.encodeIndent(code.indent + 1)
code = code.next
code.ptr = c.ptr + c.idx*c.size
} else {
e.encodeByte('\n')
e.encodeIndent(code.indent)
e.encodeBytes([]byte{']', '\n'})
code = c.end.next
}
case opMapHead:
ptr := code.ptr
mapHeadCode := code.toMapHeadCode()
if ptr == 0 {
e.encodeNull()
code = mapHeadCode.end.next
} else {
e.encodeByte('{')
mlen := maplen(unsafe.Pointer(ptr))
if mlen > 0 {
iter := mapiterinit(code.typ, unsafe.Pointer(ptr))
mapHeadCode.key.set(mlen, iter)
mapHeadCode.value.set(iter)
key := mapiterkey(iter)
code.next.ptr = uintptr(key)
code = code.next
} else {
e.encodeByte('}')
code = mapHeadCode.end.next
}
}
case opMapHeadLoad:
ptr := code.ptr
mapHeadCode := code.toMapHeadCode()
if ptr == 0 {
e.encodeNull()
code = mapHeadCode.end.next
} else {
// load pointer
ptr = uintptr(*(*unsafe.Pointer)(unsafe.Pointer(ptr)))
e.encodeByte('{')
mlen := maplen(unsafe.Pointer(ptr))
if mlen > 0 {
iter := mapiterinit(code.typ, unsafe.Pointer(ptr))
mapHeadCode.key.set(mlen, iter)
mapHeadCode.value.set(iter)
key := mapiterkey(iter)
code.next.ptr = uintptr(key)
code = code.next
} else {
e.encodeByte('}')
code = mapHeadCode.end.next
}
}
case opMapKey:
c := code.toMapKeyCode()
c.idx++
if c.idx < c.len {
e.encodeByte(',')
key := mapiterkey(c.iter)
c.next.ptr = uintptr(key)
code = c.next
} else {
e.encodeByte('}')
code = c.end.next
}
case opMapValue:
e.encodeByte(':')
c := code.toMapValueCode()
value := mapitervalue(c.iter)
c.next.ptr = uintptr(value)
mapiternext(c.iter)
code = c.next
case opMapHeadIndent:
ptr := code.ptr
mapHeadCode := code.toMapHeadCode()
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = mapHeadCode.end.next
} else {
mlen := maplen(unsafe.Pointer(ptr))
if mlen > 0 {
e.encodeBytes([]byte{'{', '\n'})
iter := mapiterinit(code.typ, unsafe.Pointer(ptr))
mapHeadCode.key.set(mlen, iter)
mapHeadCode.value.set(iter)
key := mapiterkey(iter)
code.next.ptr = uintptr(key)
code = code.next
e.encodeIndent(code.indent)
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '}', '\n'})
code = mapHeadCode.end.next
}
}
case opMapHeadLoadIndent:
ptr := code.ptr
mapHeadCode := code.toMapHeadCode()
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = mapHeadCode.end.next
} else {
// load pointer
ptr = uintptr(*(*unsafe.Pointer)(unsafe.Pointer(ptr)))
mlen := maplen(unsafe.Pointer(ptr))
if mlen > 0 {
e.encodeBytes([]byte{'{', '\n'})
iter := mapiterinit(code.typ, unsafe.Pointer(ptr))
mapHeadCode.key.set(mlen, iter)
mapHeadCode.value.set(iter)
key := mapiterkey(iter)
code.next.ptr = uintptr(key)
code = code.next
e.encodeIndent(code.indent)
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '}', '\n'})
code = mapHeadCode.end.next
}
}
case opRootMapHeadIndent:
ptr := code.ptr
mapHeadCode := code.toMapHeadCode()
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = mapHeadCode.end.next
} else {
mlen := maplen(unsafe.Pointer(ptr))
if mlen > 0 {
e.encodeBytes([]byte{'{', '\n'})
iter := mapiterinit(code.typ, unsafe.Pointer(ptr))
mapHeadCode.key.set(mlen, iter)
mapHeadCode.value.set(iter)
key := mapiterkey(iter)
code.next.ptr = uintptr(key)
code = code.next
e.encodeIndent(code.indent)
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '}'})
code = mapHeadCode.end.next
}
}
case opMapKeyIndent:
c := code.toMapKeyCode()
c.idx++
if c.idx < c.len {
e.encodeBytes([]byte{',', '\n'})
e.encodeIndent(code.indent)
key := mapiterkey(c.iter)
c.next.ptr = uintptr(key)
code = c.next
} else {
e.encodeByte('\n')
e.encodeIndent(code.indent - 1)
e.encodeBytes([]byte{'}', '\n'})
code = c.end.next
}
case opRootMapKeyIndent:
c := code.toMapKeyCode()
c.idx++
if c.idx < c.len {
e.encodeBytes([]byte{',', '\n'})
e.encodeIndent(code.indent)
key := mapiterkey(c.iter)
c.next.ptr = uintptr(key)
code = c.next
} else {
e.encodeByte('\n')
e.encodeIndent(code.indent - 1)
e.encodeBytes([]byte{'}'})
code = c.end.next
}
case opMapValueIndent:
e.encodeBytes([]byte{':', ' '})
c := code.toMapValueCode()
value := mapitervalue(c.iter)
c.next.ptr = uintptr(value)
mapiternext(c.iter)
code = c.next
case opStructFieldRecursive:
recursive := code.toRecursiveCode()
if err := e.run(newRecursiveCode(recursive)); err != nil {
return err
}
code = recursive.next
case opStructFieldPtrHead:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHead:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
if !field.anonymousKey {
e.encodeBytes(field.key)
}
code = field.next
code.ptr = ptr
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadInt:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeInt(e.ptrToInt(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadInt:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadInt:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeInt(e.ptrToInt(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadInt8:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt8:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeInt8(e.ptrToInt8(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadInt8:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadInt8:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeInt8(e.ptrToInt8(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadInt16:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt16:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeInt16(e.ptrToInt16(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadInt16:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadInt16:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeInt16(e.ptrToInt16(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadInt32:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeInt32(e.ptrToInt32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadInt32:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadInt32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeInt32(e.ptrToInt32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadInt64:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeInt64(e.ptrToInt64(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadInt64:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadInt64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeInt64(e.ptrToInt64(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeUint(e.ptrToUint(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadUint:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadUint:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeUint(e.ptrToUint(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint8:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint8:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeUint8(e.ptrToUint8(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadUint8:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadUint8:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeUint8(e.ptrToUint8(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint16:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint16:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeUint16(e.ptrToUint16(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadUint16:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadUint16:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeUint16(e.ptrToUint16(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint32:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeUint32(e.ptrToUint32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadUint32:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadUint32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeUint32(e.ptrToUint32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint64:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeUint64(e.ptrToUint64(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadUint64:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadUint64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeUint64(e.ptrToUint64(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadFloat32:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadFloat32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeFloat32(e.ptrToFloat32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadFloat32:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadFloat32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeFloat32(e.ptrToFloat32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadFloat64:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadFloat64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
v := e.ptrToFloat64(ptr)
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeFloat64(v)
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadFloat64:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadFloat64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
v := e.ptrToFloat64(ptr)
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeBytes(field.key)
e.encodeFloat64(v)
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadString:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadString:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeString(e.ptrToString(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadString:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadString:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeString(e.ptrToString(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadBool:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadBool:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
e.encodeBool(e.ptrToBool(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadBool:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadBool:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
e.encodeBool(e.ptrToBool(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadBytes:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadBytes:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
s := base64.StdEncoding.EncodeToString(e.ptrToBytes(ptr))
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadBytes:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadBytes:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
s := base64.StdEncoding.EncodeToString(e.ptrToBytes(code.ptr))
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadMarshalJSON:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadMarshalJSON:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
b, err := v.(Marshaler).MarshalJSON()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
if len(b) == 0 {
return errUnexpectedEndOfJSON(
fmt.Sprintf("error calling MarshalJSON for type %s", code.typ),
0,
)
}
var buf bytes.Buffer
if err := compact(&buf, b, true); err != nil {
return err
}
e.encodeBytes(buf.Bytes())
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadMarshalJSON:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadMarshalJSON:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
b, err := v.(Marshaler).MarshalJSON()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
if len(b) == 0 {
return errUnexpectedEndOfJSON(
fmt.Sprintf("error calling MarshalJSON for type %s", code.typ),
0,
)
}
var buf bytes.Buffer
if err := compact(&buf, b, true); err != nil {
return err
}
e.encodeBytes(buf.Bytes())
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadMarshalText:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadMarshalText:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeByte('{')
e.encodeBytes(field.key)
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
bytes, err := v.(encoding.TextMarshaler).MarshalText()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
e.encodeString(*(*string)(unsafe.Pointer(&bytes)))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrAnonymousHeadMarshalText:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldAnonymousHeadMarshalText:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end
} else {
e.encodeBytes(field.key)
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
bytes, err := v.(encoding.TextMarshaler).MarshalText()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
e.encodeString(*(*string)(unsafe.Pointer(&bytes)))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadIndent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
code = field.next
code.ptr = ptr
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadIntIndent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadIntIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt(e.ptrToInt(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadInt8Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt8Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt8(e.ptrToInt8(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadInt16Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt16Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt16(e.ptrToInt16(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadInt32Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt32Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt32(e.ptrToInt32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadInt64Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadInt64Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt64(e.ptrToInt64(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUintIndent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUintIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint(e.ptrToUint(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint8Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint8Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint8(e.ptrToUint8(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint16Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint16Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint16(e.ptrToUint16(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint32Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint32Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint32(e.ptrToUint32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadUint64Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadUint64Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint64(e.ptrToUint64(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadFloat32Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadFloat32Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeFloat32(e.ptrToFloat32(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadFloat64Indent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadFloat64Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
v := e.ptrToFloat64(ptr)
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeFloat64(v)
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadStringIndent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadStringIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeString(e.ptrToString(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadBoolIndent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadBoolIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeBool(e.ptrToBool(ptr))
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadBytesIndent:
code.ptr = e.ptrToPtr(code.ptr)
fallthrough
case opStructFieldHeadBytesIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
s := base64.StdEncoding.EncodeToString(e.ptrToBytes(ptr))
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
field.nextField.ptr = ptr
code = field.next
}
case opStructFieldPtrHeadOmitEmpty:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmpty:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
p := ptr + field.offset
if p == 0 || *(*uintptr)(unsafe.Pointer(p)) == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
code = field.next
code.ptr = p
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmpty:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmpty:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
p := ptr + field.offset
if p == 0 || *(*uintptr)(unsafe.Pointer(p)) == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
code = field.next
code.ptr = p
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyInt:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToInt(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyInt:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyInt:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToInt(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyInt8:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt8:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToInt8(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt8(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyInt8:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyInt8:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToInt8(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt8(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyInt16:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt16:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToInt16(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt16(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyInt16:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyInt16:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToInt16(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt16(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyInt32:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToInt32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt32(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyInt32:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyInt32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToInt32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt32(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyInt64:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToInt64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt64(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyInt64:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyInt64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToInt64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeInt64(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyUint:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToUint(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyUint:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyUint:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToUint(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyUint8:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint8:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToUint8(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint8(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyUint8:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyUint8:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToUint8(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint8(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyUint16:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint16:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToUint16(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint16(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyUint16:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyUint16:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToUint16(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint16(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyUint32:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToUint32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint32(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyUint32:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyUint32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToUint32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint32(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyUint64:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToUint64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint64(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyUint64:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyUint64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToUint64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeUint64(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyFloat32:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyFloat32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToFloat32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeFloat32(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyFloat32:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyFloat32:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToFloat32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeFloat32(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyFloat64:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyFloat64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToFloat64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeBytes(field.key)
e.encodeFloat64(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyFloat64:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyFloat64:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToFloat64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeBytes(field.key)
e.encodeFloat64(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyString:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyString:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToString(ptr + field.offset)
if v == "" {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeString(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyString:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyString:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToString(ptr + field.offset)
if v == "" {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeString(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyBool:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyBool:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToBool(ptr + field.offset)
if !v {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeBool(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyBool:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyBool:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToBool(ptr + field.offset)
if !v {
code = field.nextField
} else {
e.encodeBytes(field.key)
e.encodeBool(v)
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyBytes:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyBytes:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
v := e.ptrToBytes(ptr + field.offset)
if len(v) == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
s := base64.StdEncoding.EncodeToString(v)
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyBytes:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyBytes:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
v := e.ptrToBytes(ptr + field.offset)
if len(v) == 0 {
code = field.nextField
} else {
e.encodeBytes(field.key)
s := base64.StdEncoding.EncodeToString(v)
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyMarshalJSON:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyMarshalJSON:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
p := unsafe.Pointer(ptr + field.offset)
isPtr := code.typ.Kind() == reflect.Ptr
if p == nil || (!isPtr && *(*unsafe.Pointer)(p) == nil) {
code = field.nextField
} else {
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{typ: code.typ, ptr: p}))
b, err := v.(Marshaler).MarshalJSON()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
if len(b) == 0 {
if isPtr {
return errUnexpectedEndOfJSON(
fmt.Sprintf("error calling MarshalJSON for type %s", code.typ),
0,
)
}
code = field.nextField
} else {
var buf bytes.Buffer
if err := compact(&buf, b, true); err != nil {
return err
}
e.encodeBytes(field.key)
e.encodeBytes(buf.Bytes())
code = field.next
}
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyMarshalJSON:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyMarshalJSON:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
p := unsafe.Pointer(ptr + field.offset)
isPtr := code.typ.Kind() == reflect.Ptr
if p == nil || (!isPtr && *(*unsafe.Pointer)(p) == nil) {
code = field.nextField
} else {
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{typ: code.typ, ptr: p}))
b, err := v.(Marshaler).MarshalJSON()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
if len(b) == 0 {
if isPtr {
return errUnexpectedEndOfJSON(
fmt.Sprintf("error calling MarshalJSON for type %s", code.typ),
0,
)
}
code = field.nextField
} else {
var buf bytes.Buffer
if err := compact(&buf, b, true); err != nil {
return err
}
e.encodeBytes(field.key)
e.encodeBytes(buf.Bytes())
code = field.next
}
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyMarshalText:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyMarshalText:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeNull()
code = field.end.next
} else {
e.encodeByte('{')
p := unsafe.Pointer(ptr + field.offset)
isPtr := code.typ.Kind() == reflect.Ptr
if p == nil || (!isPtr && *(*unsafe.Pointer)(p) == nil) {
code = field.nextField
} else {
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{typ: code.typ, ptr: p}))
bytes, err := v.(encoding.TextMarshaler).MarshalText()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
e.encodeBytes(field.key)
e.encodeString(*(*string)(unsafe.Pointer(&bytes)))
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrAnonymousHeadOmitEmptyMarshalText:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldAnonymousHeadOmitEmptyMarshalText:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
code = field.end.next
} else {
p := unsafe.Pointer(ptr + field.offset)
isPtr := code.typ.Kind() == reflect.Ptr
if p == nil || (!isPtr && *(*unsafe.Pointer)(p) == nil) {
code = field.nextField
} else {
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{typ: code.typ, ptr: p}))
bytes, err := v.(encoding.TextMarshaler).MarshalText()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
e.encodeBytes(field.key)
e.encodeString(*(*string)(unsafe.Pointer(&bytes)))
code = field.next
}
field.nextField.ptr = ptr
}
case opStructFieldPtrHeadOmitEmptyIndent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
p := ptr + field.offset
if p == 0 || *(*uintptr)(unsafe.Pointer(p)) == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
code = field.next
code.ptr = p
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyIntIndent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyIntIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToInt(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyInt8Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt8Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToInt8(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt8(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyInt16Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt16Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToInt16(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt16(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyInt32Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt32Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToInt32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt32(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyInt64Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyInt64Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToInt64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeInt64(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyUintIndent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUintIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToUint(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyUint8Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint8Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToUint8(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint8(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyUint16Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint16Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToUint16(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint16(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyUint32Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint32Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToUint32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint32(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyUint64Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyUint64Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToUint64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeUint64(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyFloat32Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyFloat32Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToFloat32(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeFloat32(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyFloat64Indent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyFloat64Indent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToFloat64(ptr + field.offset)
if v == 0 {
code = field.nextField
} else {
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeFloat64(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyStringIndent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyStringIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToString(ptr + field.offset)
if v == "" {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeString(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyBoolIndent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyBoolIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToBool(ptr + field.offset)
if !v {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
e.encodeBool(v)
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructFieldPtrHeadOmitEmptyBytesIndent:
if code.ptr != 0 {
code.ptr = e.ptrToPtr(code.ptr)
}
fallthrough
case opStructFieldHeadOmitEmptyBytesIndent:
field := code.toStructFieldCode()
ptr := field.ptr
if ptr == 0 {
e.encodeIndent(code.indent)
e.encodeNull()
code = field.end.next
} else {
e.encodeIndent(code.indent)
e.encodeBytes([]byte{'{', '\n'})
v := e.ptrToBytes(ptr + field.offset)
if len(v) == 0 {
code = field.nextField
} else {
e.encodeIndent(code.indent + 1)
e.encodeBytes(field.key)
e.encodeByte(' ')
s := base64.StdEncoding.EncodeToString(v)
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
code = field.next
}
field.nextField.ptr = field.ptr
}
case opStructField:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
e.encodeBytes(c.key)
code = code.next
code.ptr = c.ptr + c.offset
c.nextField.ptr = c.ptr
case opStructFieldInt:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeInt(e.ptrToInt(c.ptr + c.offset))
code = code.next
case opStructFieldInt8:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeInt8(e.ptrToInt8(c.ptr + c.offset))
code = code.next
case opStructFieldInt16:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeInt16(e.ptrToInt16(c.ptr + c.offset))
code = code.next
case opStructFieldInt32:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeInt32(e.ptrToInt32(c.ptr + c.offset))
code = code.next
case opStructFieldInt64:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeInt64(e.ptrToInt64(c.ptr + c.offset))
code = code.next
case opStructFieldUint:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeUint(e.ptrToUint(c.ptr + c.offset))
code = code.next
case opStructFieldUint8:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeUint8(e.ptrToUint8(c.ptr + c.offset))
code = code.next
case opStructFieldUint16:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeUint16(e.ptrToUint16(c.ptr + c.offset))
code = code.next
case opStructFieldUint32:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeUint32(e.ptrToUint32(c.ptr + c.offset))
code = code.next
case opStructFieldUint64:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeUint64(e.ptrToUint64(c.ptr + c.offset))
code = code.next
case opStructFieldFloat32:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeFloat32(e.ptrToFloat32(c.ptr + c.offset))
code = code.next
case opStructFieldFloat64:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
v := e.ptrToFloat64(c.ptr + c.offset)
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeFloat64(v)
code = code.next
case opStructFieldString:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeString(e.ptrToString(c.ptr + c.offset))
code = code.next
case opStructFieldBool:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
e.encodeBool(e.ptrToBool(c.ptr + c.offset))
code = code.next
case opStructFieldBytes:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
s := base64.StdEncoding.EncodeToString(e.ptrToBytes(c.ptr + c.offset))
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
code = code.next
case opStructFieldMarshalJSON:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
ptr := c.ptr + c.offset
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
b, err := v.(Marshaler).MarshalJSON()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
var buf bytes.Buffer
if err := compact(&buf, b, true); err != nil {
return err
}
e.encodeBytes(buf.Bytes())
code = code.next
case opStructFieldMarshalText:
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
c := code.toStructFieldCode()
c.nextField.ptr = c.ptr
e.encodeBytes(c.key)
ptr := c.ptr + c.offset
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
bytes, err := v.(encoding.TextMarshaler).MarshalText()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
e.encodeString(*(*string)(unsafe.Pointer(&bytes)))
code = code.next
case opStructFieldIndent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
code = code.next
code.ptr = c.ptr + c.offset
c.nextField.ptr = c.ptr
case opStructFieldIntIndent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt(e.ptrToInt(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldInt8Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt8(e.ptrToInt8(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldInt16Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt16(e.ptrToInt16(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldInt32Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt32(e.ptrToInt32(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldInt64Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt64(e.ptrToInt64(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldUintIndent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint(e.ptrToUint(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldUint8Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint8(e.ptrToUint8(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldUint16Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint16(e.ptrToUint16(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldUint32Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint32(e.ptrToUint32(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldUint64Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint64(e.ptrToUint64(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldFloat32Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeFloat32(e.ptrToFloat32(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldFloat64Indent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
v := e.ptrToFloat64(c.ptr + c.offset)
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
e.encodeFloat64(v)
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldStringIndent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeString(e.ptrToString(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldBoolIndent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeBool(e.ptrToBool(c.ptr + c.offset))
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldBytesIndent:
c := code.toStructFieldCode()
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
s := base64.StdEncoding.EncodeToString(e.ptrToBytes(c.ptr + c.offset))
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
code = code.next
c.nextField.ptr = c.ptr
case opStructFieldOmitEmpty:
c := code.toStructFieldCode()
p := c.ptr + c.offset
if p == 0 || *(*uintptr)(unsafe.Pointer(p)) == 0 {
code = c.nextField
} else {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
code = code.next
code.ptr = p
}
c.nextField.ptr = c.ptr
case opStructFieldOmitEmptyInt:
c := code.toStructFieldCode()
v := e.ptrToInt(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeInt(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyInt8:
c := code.toStructFieldCode()
v := e.ptrToInt8(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeInt8(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyInt16:
c := code.toStructFieldCode()
v := e.ptrToInt16(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeInt16(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyInt32:
c := code.toStructFieldCode()
v := e.ptrToInt32(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeInt32(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyInt64:
c := code.toStructFieldCode()
v := e.ptrToInt64(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeInt64(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint:
c := code.toStructFieldCode()
v := e.ptrToUint(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeUint(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint8:
c := code.toStructFieldCode()
v := e.ptrToUint8(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeUint8(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint16:
c := code.toStructFieldCode()
v := e.ptrToUint16(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeUint16(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint32:
c := code.toStructFieldCode()
v := e.ptrToUint32(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeUint32(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint64:
c := code.toStructFieldCode()
v := e.ptrToUint64(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeUint64(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyFloat32:
c := code.toStructFieldCode()
v := e.ptrToFloat32(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeFloat32(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyFloat64:
c := code.toStructFieldCode()
v := e.ptrToFloat64(c.ptr + c.offset)
if v != 0 {
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeFloat64(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyString:
c := code.toStructFieldCode()
v := e.ptrToString(c.ptr + c.offset)
if v != "" {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeString(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyBool:
c := code.toStructFieldCode()
v := e.ptrToBool(c.ptr + c.offset)
if v {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
e.encodeBool(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyBytes:
c := code.toStructFieldCode()
v := e.ptrToBytes(c.ptr + c.offset)
if len(v) > 0 {
if e.buf[len(e.buf)-1] != '{' {
e.encodeByte(',')
}
e.encodeBytes(c.key)
s := base64.StdEncoding.EncodeToString(v)
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyMarshalJSON:
c := code.toStructFieldCode()
ptr := c.ptr + c.offset
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
if v != nil {
b, err := v.(Marshaler).MarshalJSON()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
var buf bytes.Buffer
if err := compact(&buf, b, true); err != nil {
return err
}
e.encodeBytes(buf.Bytes())
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyMarshalText:
c := code.toStructFieldCode()
ptr := c.ptr + c.offset
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
if v != nil {
v := *(*interface{})(unsafe.Pointer(&interfaceHeader{
typ: code.typ,
ptr: unsafe.Pointer(ptr),
}))
bytes, err := v.(encoding.TextMarshaler).MarshalText()
if err != nil {
return &MarshalerError{
Type: rtype2type(code.typ),
Err: err,
}
}
e.encodeString(*(*string)(unsafe.Pointer(&bytes)))
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyIndent:
c := code.toStructFieldCode()
p := c.ptr + c.offset
if p == 0 || *(*uintptr)(unsafe.Pointer(p)) == 0 {
code = c.nextField
} else {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
code = code.next
code.ptr = p
}
c.nextField.ptr = c.ptr
case opStructFieldOmitEmptyIntIndent:
c := code.toStructFieldCode()
v := e.ptrToInt(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyInt8Indent:
c := code.toStructFieldCode()
v := e.ptrToInt8(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt8(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyInt16Indent:
c := code.toStructFieldCode()
v := e.ptrToInt16(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt16(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyInt32Indent:
c := code.toStructFieldCode()
v := e.ptrToInt32(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt32(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyInt64Indent:
c := code.toStructFieldCode()
v := e.ptrToInt64(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeInt64(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUintIndent:
c := code.toStructFieldCode()
v := e.ptrToUint(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint8Indent:
c := code.toStructFieldCode()
v := e.ptrToUint8(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint8(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint16Indent:
c := code.toStructFieldCode()
v := e.ptrToUint16(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint16(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint32Indent:
c := code.toStructFieldCode()
v := e.ptrToUint32(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint32(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyUint64Indent:
c := code.toStructFieldCode()
v := e.ptrToUint64(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeUint64(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyFloat32Indent:
c := code.toStructFieldCode()
v := e.ptrToFloat32(c.ptr + c.offset)
if v != 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeFloat32(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyFloat64Indent:
c := code.toStructFieldCode()
v := e.ptrToFloat64(c.ptr + c.offset)
if v != 0 {
if math.IsInf(v, 0) || math.IsNaN(v) {
return &UnsupportedValueError{
Value: reflect.ValueOf(v),
Str: strconv.FormatFloat(v, 'g', -1, 64),
}
}
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeFloat64(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyStringIndent:
c := code.toStructFieldCode()
v := e.ptrToString(c.ptr + c.offset)
if v != "" {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeString(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyBoolIndent:
c := code.toStructFieldCode()
v := e.ptrToBool(c.ptr + c.offset)
if v {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
e.encodeBool(v)
}
code = code.next
code.ptr = c.ptr
case opStructFieldOmitEmptyBytesIndent:
c := code.toStructFieldCode()
v := e.ptrToBytes(c.ptr + c.offset)
if len(v) > 0 {
if e.buf[len(e.buf)-2] != '{' {
e.encodeBytes([]byte{',', '\n'})
}
e.encodeIndent(c.indent)
e.encodeBytes(c.key)
e.encodeByte(' ')
s := base64.StdEncoding.EncodeToString(v)
e.encodeByte('"')
e.encodeBytes(*(*[]byte)(unsafe.Pointer(&s)))
e.encodeByte('"')
}
code = code.next
code.ptr = c.ptr
case opStructEnd:
e.encodeByte('}')
code = code.next
case opStructAnonymousEnd:
code = code.next
case opStructEndIndent:
e.encodeByte('\n')
e.encodeIndent(code.indent)
e.encodeByte('}')
code = code.next
case opEnd:
goto END
}
}
END:
return nil
}
func (e *Encoder) ptrToPtr(p uintptr) uintptr { return *(*uintptr)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToInt(p uintptr) int { return *(*int)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToInt8(p uintptr) int8 { return *(*int8)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToInt16(p uintptr) int16 { return *(*int16)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToInt32(p uintptr) int32 { return *(*int32)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToInt64(p uintptr) int64 { return *(*int64)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToUint(p uintptr) uint { return *(*uint)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToUint8(p uintptr) uint8 { return *(*uint8)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToUint16(p uintptr) uint16 { return *(*uint16)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToUint32(p uintptr) uint32 { return *(*uint32)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToUint64(p uintptr) uint64 { return *(*uint64)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToFloat32(p uintptr) float32 { return *(*float32)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToFloat64(p uintptr) float64 { return *(*float64)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToBool(p uintptr) bool { return *(*bool)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToByte(p uintptr) byte { return *(*byte)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToBytes(p uintptr) []byte { return *(*[]byte)(unsafe.Pointer(p)) }
func (e *Encoder) ptrToString(p uintptr) string { return *(*string)(unsafe.Pointer(p)) }
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