/*COPYRIGHT, LICENSE AND WARRANTY INFORMATIONThis software module has been originally developed by Nokia Corporation. Provided that a person, entity or a company willing to use the Software (hereinafter Licensee) comply with all the terms and conditions of this Statement and subject to the limitations set forth in this Statement Nokia grants to such Licensee a non-exclusive, sub-licensable, worldwide, limited license under copyrights owned by Nokia to use the Software for the sole purpose of creating, manufacturing, selling, marketing, or  distributing (including the right to make modifications to the Software) a fully compliant decoder implementation (hereinafter "Decoder") of ITU-T Recommendation H.264 / ISO/IEC International Standard 14496-10 and an encoder implementation producing output that is decodable with the Decoder.Nokia retains the ownership of copyrights to the Software. There is no patent nor other intellectual property right of Nokia licensed under this Statement (except the copyright license above). Licensee hereby assumes sole responsibility to secure any other intellectual property rights needed, if any. For example, if patent licenses  are required, it is their responsibility to acquire the license before utilizing the Software.The license by Nokia is subject to that the Licensee grants to Nokia the non-exclusive, worldwide, royalty-free, perpetual and irrevocable covenant that the Licensee(s) shall not bring a suit before any court or administrative agency or otherwise assert a claim for infringement under the Licensee intellectual property rights that, but for a license, would be infringed by the Software against     (a)  Nokia or Nokia's Affiliate; or     (b)  other recipient of a license and covenant not to sue with respect         to the Software from Nokia; or    (c)  contractor, customer or distributor of a party listed above in a         or b,  which suit or claim is related to the Software or use thereof.The Licensee(s) further agrees to grant a reciprocal license to Nokia (as granted by Nokia to the Licensee(s) on the modifications made by Licensee(s) to the Software. THE SOFTWARE IS PROVIDED "AS IS" AND THE ORIGINAL DEVELOPER DISCLAIMS ANY AND ALL WARRANTIES WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT. THOSE INTENDING TO USE THE SOFTWARE ARE EXPRESSLY ADVISED THAT ITS USE MAY INFRINGE EXISTING PATENTS AND BE SUBJECT TO ROYALTY PAYMENTS TO PATENT OWNERS. ANYONE USING THE SOFTWARE ON THE BASIS OF THIS LICENSE AGREES TO OBTAIN THE NECESSARY PERMISSIONS FROM ANY AND ALL APPLICABLE PATENT OWNERS FOR SUCH USE.IN NO EVENT SHALL THE ORIGINAL DEVELOPER BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.This copyright, license and warranty information notice must be retained in all copies and derivative works of the Software or substantial portions thereof.*/#include "globals.h"#include "sei.h"#include "vlcutility.h"/*  * sendBufferingPeriodSEIMessage   * * Parameters: *    bitbuf            the bitbuffer object *    bufsei      Pointer to Buffering Period SEI Message structure       *    hrd        Pointer to HRD structure *    bitsNal           Pointer to counter accumulating NAL bits * * Function: *    Encode the Buffering Period SEI Message (payload_type + sei_payload) * * Returns: *    the number of bits being used for encoding the SEI. Please note that the stream header *    and the NAL header is not taken into account. */int sendBufferingPeriodSEIMessage(bitbuffer_s *bitbuf,                  buffering_period_SEI_s *bufsei,                  hrd_parameters_s *hrd,                  int *bitsNal){  int bits = 0, payloadBits=0;   bitbuffer_s payloadBitBuf;  bibOpen(&payloadBitBuf, 100); //100 is dummy here  *bitsNal += vlcuSendNalUnitStartCodePrefix(bitbuf, 1);  *bitsNal += vlcuSendNalHead(bitbuf, 0, SEI_NAL_TYPE);  // Payload Type  bits += u_n( bitbuf, 0, 8);    //Put the payload bits to payloadBitBuf  payloadBits+=  ue_v(&payloadBitBuf, bufsei->seq_parameter_set_id);    payloadBits+= u_n(&payloadBitBuf, bufsei->initial_cpb_removal_delay, hrd->initial_cpb_removal_delay_length_minus1 + 1);  payloadBits+= u_n(&payloadBitBuf, bufsei->initial_cpb_removal_delay_offset, hrd->initial_cpb_removal_delay_length_minus1 + 1);      payloadBits+= u_n(&payloadBitBuf, bufsei->initial_cpb_removal_delay, hrd->initial_cpb_removal_delay_length_minus1 + 1);  payloadBits+= u_n(&payloadBitBuf, bufsei->initial_cpb_removal_delay_offset, hrd->initial_cpb_removal_delay_length_minus1 + 1);   if(payloadBits%8 != 0)    payloadBits+=u_n(&payloadBitBuf,1,1);  while(payloadBits%8 != 0)    payloadBits+=u_n(&payloadBitBuf,0,1);  //Payload Size  bits += u_n( bitbuf, payloadBits/8, 8);    //bibAppendBuffer(bitbuf, &payloadBitBuf);  bits+=  ue_v(bitbuf, bufsei->seq_parameter_set_id);    bits+= u_n(bitbuf, bufsei->initial_cpb_removal_delay, hrd->initial_cpb_removal_delay_length_minus1 + 1);  bits+= u_n(bitbuf, bufsei->initial_cpb_removal_delay_offset, hrd->initial_cpb_removal_delay_length_minus1 + 1);      bits+= u_n(bitbuf, bufsei->initial_cpb_removal_delay, hrd->initial_cpb_removal_delay_length_minus1 + 1);  bits+= u_n(bitbuf, bufsei->initial_cpb_removal_delay_offset, hrd->initial_cpb_removal_delay_length_minus1 + 1);   if(bits%8 != 0)    bits+=u_n(bitbuf,1,1);  while(bits%8 != 0)    bits+=u_n(bitbuf,0,1);  bits += bibTrailingBits(bitbuf);  bibClose(&payloadBitBuf);    return bits;}/*  * sendPictureTimingSEIMessage   * * Parameters: *    bitbuf            the bitbuffer object *    picsei            Pointer to Picture Timing SEI Message structure       *    hrd               Pointer to HRD structure *    bitsNal           Pointer to counter accumulating NAL bits * * Function: *    Encode the Picture Timing SEI Message (payload_type + sei_payload) * * Returns: *    the number of bits being used for encoding the SEI. Please note that the stream header *    and the NAL header is not taken into account. */int sendPictureTimingSEIMessage  (bitbuffer_s *bitbuf,                  picture_timing_SEI_s *picsei,                  hrd_parameters_s *hrd,                  int *bitsNal)                  {  int bits = 0,  payloadBits=0;  bitbuffer_s payloadBitBuf;  bibOpen(&payloadBitBuf, 100);   *bitsNal += vlcuSendNalUnitStartCodePrefix(bitbuf, 1);  *bitsNal += vlcuSendNalHead(bitbuf, 0, SEI_NAL_TYPE);  // Payload Type  bits += u_n( bitbuf, 1, 8);    //Put the payload bits to payloadBitBuf  payloadBits+=  u_n(&payloadBitBuf, picsei->cpb_removal_delay,hrd->cpb_removal_delay_length_minus1+1);  payloadBits+=  u_n(&payloadBitBuf, picsei->dpb_output_delay,hrd->dpb_output_delay_length_minus1+1);    if(payloadBits%8 != 0)    payloadBits+=u_n(&payloadBitBuf,1,1);  while(payloadBits%8 != 0)    payloadBits+=u_n(&payloadBitBuf,0,1);  //Payload Size  bits += u_n( bitbuf, payloadBits/8, 8);    //bibAppendBuffer(bitbuf, &payloadBitBuf);  bits  +=  u_n(bitbuf, picsei->cpb_removal_delay,hrd->cpb_removal_delay_length_minus1+1);  bits  +=  u_n(bitbuf, picsei->dpb_output_delay,hrd->dpb_output_delay_length_minus1+1);    if(bits%8 != 0)    bits+=u_n(bitbuf,1,1);  while(bits%8 != 0)    bits+=u_n(bitbuf,0,1);  bits += bibTrailingBits(bitbuf);  bibClose(&payloadBitBuf);    return bits;}int sendFillerPayloadSEIMessage(bitbuffer_s *bitbuf,int payloadSize, int *bitsNal){    int bits = 0, k;  bitbuffer_s payloadBitBuf;  bibOpen(&payloadBitBuf, 100);   *bitsNal += vlcuSendNalUnitStartCodePrefix(bitbuf, 1);  *bitsNal += vlcuSendNalHead(bitbuf, 0, SEI_NAL_TYPE);  // Payload Type  bits += u_n( bitbuf, 3, 8);    //Payload Size  bits += u_n( bitbuf, payloadSize, 8);    for(k=0;k<payloadSize;k++)    bits  +=  u_n(bitbuf, 15,8);  bits += bibTrailingBits(bitbuf);  bibClose(&payloadBitBuf);    return bits;}