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package salticidae
// #include <stdlib.h>
// #include "salticidae/stream.h"
import "C"
type ByteArray = *C.struct_bytearray_t
func NewByteArray() ByteArray { return C.bytearray_new() }
func (self ByteArray) Free() { C.bytearray_free(self) }
func NewByteArrayMovedFromDataStream(src DataStream) ByteArray {
return C.bytearray_new_moved_from_datastream(src)
}
type DataStream = *C.struct_datastream_t
func NewDataStream() DataStream { return C.datastream_new() }
func NewDataStreamFromBytes(bytes []byte) DataStream {
size := len(bytes)
if size > 0 {
base := (*C.uint8_t)(&bytes[0])
return C.datastream_new_from_bytes(base, C.size_t(size))
} else {
return C.datastream_new()
}
}
func (self DataStream) Free() { C.datastream_free(self) }
func (self DataStream) AssignByCopy(src DataStream) {
C.datastream_assign_by_copy(self, src)
}
func (self DataStream) AssignByMove(src DataStream) {
C.datastream_assign_by_move(self, src)
}
// TODO: datastream_data
func (self DataStream) Clear() { C.datastream_clear(self) }
func (self DataStream) Size() int { return int(C.datastream_size(self)) }
func (self DataStream) PutU8(v uint8) bool { return bool(C.datastream_put_u8(self, C.uint8_t(v))) }
func (self DataStream) PutU16(v uint16) bool { return bool(C.datastream_put_u16(self, C.uint16_t(v))) }
func (self DataStream) PutU32(v uint32) bool { return bool(C.datastream_put_u32(self, C.uint32_t(v))) }
func (self DataStream) PutU64(v uint32) bool { return bool(C.datastream_put_u64(self, C.uint64_t(v))) }
func (self DataStream) PutI8(v int8) bool { return bool(C.datastream_put_i8(self, C.int8_t(v))) }
func (self DataStream) PutI16(v int16) bool { return bool(C.datastream_put_i16(self, C.int16_t(v))) }
func (self DataStream) PutI32(v int32) bool { return bool(C.datastream_put_i32(self, C.int32_t(v))) }
func (self DataStream) PutI64(v int32) bool { return bool(C.datastream_put_i64(self, C.int64_t(v))) }
func (self DataStream) PutData(bytes []byte) bool {
size := len(bytes)
if size > 0 {
base := (*C.uint8_t)(&bytes[0])
return bool(C.datastream_put_data(self, base, C.size_t(size)))
} else { return true }
}
func (self DataStream) GetU8(succ *bool) uint8 { return uint8(C.datastream_get_u8(self, (*C.bool)(succ))) }
func (self DataStream) GetU16(succ *bool) uint16 { return uint16(C.datastream_get_u16(self, (*C.bool)(succ))) }
func (self DataStream) GetU32(succ *bool) uint32 { return uint32(C.datastream_get_u32(self, (*C.bool)(succ))) }
func (self DataStream) GetU64(succ *bool) uint64 { return uint64(C.datastream_get_u64(self, (*C.bool)(succ))) }
func (self DataStream) GetI8(succ *bool) int8 { return int8(C.datastream_get_i8(self, (*C.bool)(succ))) }
func (self DataStream) GetI16(succ *bool) int16 { return int16(C.datastream_get_i16(self, (*C.bool)(succ))) }
func (self DataStream) GetI32(succ *bool) int32 { return int32(C.datastream_get_i32(self, (*C.bool)(succ))) }
func (self DataStream) GetI64(succ *bool) int64 { return int64(C.datastream_get_i64(self, (*C.bool)(succ))) }
func (self DataStream) GetDataInPlace(length int) []byte {
base := C.datastream_get_data_inplace(self, C.size_t(length))
return C.GoBytes(rawptr_t(base), C.int(length))
}
type UInt256 = *C.uint256_t
func NewUInt256() UInt256 { return C.uint256_new() }
func (self UInt256) Free() { C.uint256_free(self) }
func (self UInt256) UInt256IsNull() bool { return bool(C.uint256_is_null(self)) }
func (self UInt256) UInt256IsEq(other UInt256) bool { return bool(C.uint256_is_eq(self, other)) }
func (self UInt256) Serialize(s DataStream) { C.uint256_serialize(self, s) }
func (self UInt256) Unserialize(s DataStream) { C.uint256_unserialize(self, s) }
func (self UInt256) IsEq(other UInt256) bool { return bool(C.uint256_is_eq(self, other)) }
func (self DataStream) GetHash() UInt256 {
return C.datastream_get_hash(self)
}
func (self DataStream) GetHex() string {
tmp := C.datastream_get_hex(self)
res := C.GoString(tmp)
C.free(rawptr_t(tmp))
return res
}
func (self UInt256) GetHex() string {
s := NewDataStream()
self.Serialize(s)
res := s.GetHex()
s.Free()
return res
}
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