static int bsd_global( bsd_ctx_t *ctx, bsd_data_t *x, const uint8_t *buffer, int length) {
int nread;
CHECK_LENGTH( 1);
uint8_t opcode = buffer[0];
CHECK_DECODE( decodeInteger( ctx, x, buffer, length, &BS_GLOBAL_INTEGER));
CHECK_DECODE( decodeString( ctx, x, buffer, length, &BS_GLOBAL_STRING));
CHECK_DECODE( decodeCollection( ctx, x, buffer, length, NULL, &BS_GLOBAL_LIST));
CHECK_DECODE( decodeCollection( ctx, x, buffer, length, NULL, &BS_GLOBAL_MAP));
CHECK_DECODE( decodeClass( ctx, x, buffer, length));
if( 0x60 <= opcode && opcode <= 0x6f) { /* object (short form) */
CHECK_ERROR( bsd_object( ctx, x, opcode - 0x60));
return nread;
}
switch( opcode) {
case BS_G_NULL: /* null */
decodeNull( ctx, x);
break;
case 0x01: /* boolean true */
x->kind = BSD_BOOL;
x->content.boolean = 1;
break;
case 0x02: /* boolean false */
x->kind = BSD_BOOL;
x->content.boolean = 0;
break;
case 0x70: /* object (long form) */
CHECK_SUBDECODE( bsd_uis( ctx, x, buffer + nread, length - nread), BSD_INT);
CHECK_ERROR( bsd_object( ctx, x, x->content.i + 0x10));
break;
case BS_G_FLOAT32: /* float */
CHECK_LENGTH( 5);
x->kind = BSD_DOUBLE;
float f;
memcpy( &f, buffer + 1, sizeof(float));
ntoh( &f, sizeof(float), sendian.float_);
x->content.d = f;
break;
case BS_G_FLOAT64: /* double */
CHECK_LENGTH( 9);
x->kind = BSD_DOUBLE;
memcpy( &(x->content.d), buffer + 1, sizeof(double));
ntoh( &(x->content.d), sizeof(double), sendian.double_);
break;
default: return bsd_error( x, BSD_EINVALID);
}
return nread;
}
static int bsd_listmap( bsd_ctx_t *ctx, bsd_data_t *x, const uint8_t *buffer, int length) {
int nread;
CHECK_LENGTH( 1);
uint8_t opcode = buffer[0];
CHECK_DECODE( decodeCollection( ctx, x, buffer, length, NULL, &BS_LISTMAP_LIST));
CHECK_DECODE( decodeCollection( ctx, x, buffer, length, NULL, &BS_LISTMAP_MAP));
if( 0x00 == opcode) {
decodeNull( ctx, x);
} else {
return bsd_error( x, BSD_EINVALID);
}
return nread;
}
void ResponseDecoder::decode(const QString& dataType, const QByteArray& data)
{
Q_UNUSED(dataType)
decodeCollection(data);
}
