retvalue target_addpackage(struct target *target, struct logger *logger, const char *name, const char *version, const char *control, const struct strlist *filekeys, bool downgrade, struct trackingdata *trackingdata, architecture_t architecture, const char *causingrule, const char *suitefrom, struct description *description) {
struct strlist oldfilekeys, *ofk;
char *newcontrol;
struct package old;
retvalue r;
assert(target->packages!=NULL);
r = package_get(target, name, NULL, &old);
if (RET_WAS_ERROR(r))
return r;
if (r == RET_NOTHING) {
ofk = NULL;
setzero(struct package, &old);
} else {
/* Remove a package from the given target. */
retvalue target_removepackage(struct target *target, struct logger *logger, const char *name, struct trackingdata *trackingdata) {
struct package old;
retvalue r;
assert(target != NULL && target->packages != NULL && name != NULL);
r = package_get(target, name, NULL, &old);
if (RET_WAS_ERROR(r)) {
return r;
}
else if (r == RET_NOTHING) {
if (verbose >= 10)
fprintf(stderr, "Could not find '%s' in '%s'...\n",
name, target->identifier);
return RET_NOTHING;
}
r = package_remove(&old, logger, trackingdata);
package_done(&old);
return r;
}
void *audio_decode_loop(void *args)
{
int ret;
aml_audio_dec_t *audec;
audio_out_operations_t *aout_ops;
audio_decoder_operations_t *adec_ops;
int nNextFrameSize=0;//next read frame size
int inlen = 0;//real data size in in_buf
int nRestLen=0;//left data after last decode
int nInBufferSize=0;//full buffer size
//int nStartDecodePoint=0;//start decode point in in_buf
char *inbuf = NULL;//real buffer
int rlen = 0;//read buffer ret size
char *pRestData=NULL;
char *inbuf2;
int dlen = 0;//decode size one time
int declen = 0;//current decoded size
int nCurrentReadCount=0;
char startcode[5];
int extra_data = 8;
int nCodecID;
int nAudioFormat;
char *outbuf=pcm_buf_tmp;
int outlen = 0;
adec_print("adec_armdec_loop start!\n");
audec = (aml_audio_dec_t *)args;
aout_ops = &audec->aout_ops;
adec_ops=audec->adec_ops;
memset(outbuf, 0, AVCODEC_MAX_AUDIO_FRAME_SIZE);
//nAudioFormat=audec->pcodec->audio_type;
nAudioFormat=audec->format;
inlen=0;
//nNextFrameSize=READ_ABUFFER_SIZE;//default frame size
nNextFrameSize=adec_ops->nInBufSize;
while (1){
exit_decode_loop:
//detect quit condition
if(exit_decode_thread)
{
if (inbuf)
{
free(inbuf);
inbuf = NULL;
}
//if(pRestData)
//{
// free(pRestData);
// pRestData=NULL;
//}
//adec_print("====exit decode thread\n");
exit_decode_thread_success=1;
break;
}
//detect audio info changed
memset(&g_AudioInfo,0,sizeof(AudioInfo));
adec_ops->getinfo(audec->adec_ops, &g_AudioInfo);
if(g_AudioInfo.channels!=0&&g_AudioInfo.samplerate!=0)
{
if((g_AudioInfo.channels !=g_bst->channels)||(g_AudioInfo.samplerate!=g_bst->samplerate))
{
adec_print("====Info Changed: src:sample:%d channel:%d dest sample:%d channel:%d \n",g_bst->samplerate,g_bst->channels,g_AudioInfo.samplerate,g_AudioInfo.channels);
audec->format_changed_flag = 1;
g_bst->channels=audec->channels=g_AudioInfo.channels;
g_bst->samplerate=audec->samplerate=g_AudioInfo.samplerate;
#if 0
if(aout_stop_mutex==0)
{
aout_stop_mutex=1;
//send Message
//reset param
aout_ops->stop(audec);
aout_ops->init(audec);
aout_ops->start(audec);
aout_stop_mutex=0;
}
#endif
}
}
//step 2 get read buffer size
struct package *p_Package;
p_Package=package_get();
if(!p_Package){
usleep(1000);
continue;
}
if (inbuf != NULL) {
free(inbuf);
inbuf = NULL;
}
if(inlen&&pRestData)
{
rlen=p_Package->size+inlen;
inbuf=malloc(rlen);
memcpy(inbuf, pRestData, inlen);
memcpy(inbuf+inlen,p_Package->data,p_Package->size);
free(pRestData);
free(p_Package->data);
}
else
{
rlen=p_Package->size;
inbuf=p_Package->data;
p_Package->data=NULL;
}
free(p_Package);
nCurrentReadCount=rlen;
inlen=rlen;
declen = 0;
if (nCurrentReadCount > 0)
{
//inlen = rlen;
//adec_print("declen=%d,rlen = %d--------------------------------------------------\n\n", declen,rlen);
while (declen<rlen) {
if(exit_decode_thread)
{
adec_print("exit decoder,-----------------------------\n");
goto exit_decode_loop;
}
outlen = AVCODEC_MAX_AUDIO_FRAME_SIZE;
//adec_print("decode_audio------------------------------------\n");
//dlen = decode_audio(audec->pcodec->ctxCodec, outbuf, &outlen, inbuf+declen, inlen);
dlen = adec_ops->decode(audec->adec_ops, outbuf, &outlen, inbuf+declen, inlen);
//dlen = decodeAACfile(outbuf, &outlen, inbuf+declen, inlen);
if (dlen <= 0)
{
//adec_print("dlen = %d error----\n",dlen);
if (nAudioFormat==ACODEC_FMT_APE)
{
inlen=0;
}
else if(inlen>0)
{
// adec_print("packet end %d bytes----\n",inlen);
//memcpy(apkt_end, (uint8_t *)(inbuf+declen), inlen);
pRestData=malloc(inlen);
if(pRestData)
memcpy(pRestData, (uint8_t *)(inbuf+declen), inlen);
}
nDecodeErrCount++;//decode failed, add err_count
break;
}
nDecodeErrCount=0;//decode success reset to 0
declen += dlen;
inlen -= dlen;
//adec_print("after decode_audio rlen=%d,declen=%d,inlen=%d,dlen=%d,outlen=%d,-----------------------------\n",rlen,declen,inlen,dlen,outlen);
//write to the pcm buffer
decode_offset+=dlen;
pcm_cache_size=outlen;
if(g_bst)
{
//while(g_bst->buf_level>=g_bst->buf_length*0.8)
while(g_bst->buf_length-g_bst->buf_level<outlen)
{
if(exit_decode_thread)
{
adec_print("exit decoder,-----------------------------\n");
goto exit_decode_loop;
break;
}
usleep(100000);
}
int wlen=0;
while(outlen)
{
wlen=write_pcm_buffer(outbuf, g_bst,outlen);
outlen-=wlen;
pcm_cache_size-=wlen;
}
}
//write end
}
}
else
{
//get data failed,maybe at the end
usleep(1000);
continue;
}
}
adec_print("Exit adec_armdec_loop Thread!");
pthread_exit(NULL);
error:
pthread_exit(NULL);
return NULL;
}
