Java Code Examples for com.google.android.exoplayer2.source.dash.manifest.Representation#getIndexUri()

/**
 * Loads initialization data for the {@code representation} and optionally index data then returns
 * a {@link ChunkExtractorWrapper} which contains the output.
 *
 * @param dataSource The source from which the data should be loaded.
 * @param trackType The type of the representation. Typically one of the {@link
 *     com.google.android.exoplayer2.C} {@code TRACK_TYPE_*} constants.
 * @param representation The representation which initialization chunk belongs to.
 * @param loadIndex Whether to load index data too.
 * @return A {@link ChunkExtractorWrapper} for the {@code representation}, or null if no
 *     initialization or (if requested) index data exists.
 * @throws IOException Thrown when there is an error while loading.
 * @throws InterruptedException Thrown if the thread was interrupted.
 */
@Nullable
private static ChunkExtractorWrapper loadInitializationData(
    DataSource dataSource, int trackType, Representation representation, boolean loadIndex)
    throws IOException, InterruptedException {
  RangedUri initializationUri = representation.getInitializationUri();
  if (initializationUri == null) {
    return null;
  }
  ChunkExtractorWrapper extractorWrapper = newWrappedExtractor(trackType, representation.format);
  RangedUri requestUri;
  if (loadIndex) {
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri == null) {
      return null;
    }
    // It's common for initialization and index data to be stored adjacently. Attempt to merge
    // the two requests together to request both at once.
    requestUri = initializationUri.attemptMerge(indexUri, representation.baseUrl);
    if (requestUri == null) {
      loadInitializationData(dataSource, representation, extractorWrapper, initializationUri);
      requestUri = indexUri;
    }
  } else {
    requestUri = initializationUri;
  }
  loadInitializationData(dataSource, representation, extractorWrapper, requestUri);
  return extractorWrapper;
}
 

/**
 * Loads initialization data for the {@code representation} and optionally index data then returns
 * a {@link ChunkExtractorWrapper} which contains the output.
 *
 * @param dataSource The source from which the data should be loaded.
 * @param trackType The type of the representation. Typically one of the {@link
 *     com.google.android.exoplayer2.C} {@code TRACK_TYPE_*} constants.
 * @param representation The representation which initialization chunk belongs to.
 * @param loadIndex Whether to load index data too.
 * @return A {@link ChunkExtractorWrapper} for the {@code representation}, or null if no
 *     initialization or (if requested) index data exists.
 * @throws IOException Thrown when there is an error while loading.
 * @throws InterruptedException Thrown if the thread was interrupted.
 */
private static @Nullable ChunkExtractorWrapper loadInitializationData(
    DataSource dataSource, int trackType, Representation representation, boolean loadIndex)
    throws IOException, InterruptedException {
  RangedUri initializationUri = representation.getInitializationUri();
  if (initializationUri == null) {
    return null;
  }
  ChunkExtractorWrapper extractorWrapper = newWrappedExtractor(trackType, representation.format);
  RangedUri requestUri;
  if (loadIndex) {
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri == null) {
      return null;
    }
    // It's common for initialization and index data to be stored adjacently. Attempt to merge
    // the two requests together to request both at once.
    requestUri = initializationUri.attemptMerge(indexUri, representation.baseUrl);
    if (requestUri == null) {
      loadInitializationData(dataSource, representation, extractorWrapper, initializationUri);
      requestUri = indexUri;
    }
  } else {
    requestUri = initializationUri;
  }
  loadInitializationData(dataSource, representation, extractorWrapper, requestUri);
  return extractorWrapper;
}
 

/**
 * Loads initialization data for the {@code representation} and optionally index data then returns
 * a {@link ChunkExtractorWrapper} which contains the output.
 *
 * @param dataSource The source from which the data should be loaded.
 * @param trackType The type of the representation. Typically one of the {@link
 *     com.google.android.exoplayer2.C} {@code TRACK_TYPE_*} constants.
 * @param representation The representation which initialization chunk belongs to.
 * @param loadIndex Whether to load index data too.
 * @return A {@link ChunkExtractorWrapper} for the {@code representation}, or null if no
 *     initialization or (if requested) index data exists.
 * @throws IOException Thrown when there is an error while loading.
 * @throws InterruptedException Thrown if the thread was interrupted.
 */
private static @Nullable ChunkExtractorWrapper loadInitializationData(
    DataSource dataSource, int trackType, Representation representation, boolean loadIndex)
    throws IOException, InterruptedException {
  RangedUri initializationUri = representation.getInitializationUri();
  if (initializationUri == null) {
    return null;
  }
  ChunkExtractorWrapper extractorWrapper = newWrappedExtractor(trackType, representation.format);
  RangedUri requestUri;
  if (loadIndex) {
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri == null) {
      return null;
    }
    // It's common for initialization and index data to be stored adjacently. Attempt to merge
    // the two requests together to request both at once.
    requestUri = initializationUri.attemptMerge(indexUri, representation.baseUrl);
    if (requestUri == null) {
      loadInitializationData(dataSource, representation, extractorWrapper, initializationUri);
      requestUri = indexUri;
    }
  } else {
    requestUri = initializationUri;
  }
  loadInitializationData(dataSource, representation, extractorWrapper, requestUri);
  return extractorWrapper;
}
 

/**
 * Loads initialization data for the {@code representation} and optionally index data then
 * returns a {@link ChunkExtractorWrapper} which contains the output.
 *
 * @param dataSource The source from which the data should be loaded.
 * @param representation The representation which initialization chunk belongs to.
 * @param loadIndex Whether to load index data too.
 * @return A {@link ChunkExtractorWrapper} for the {@code representation}, or null if no
 *     initialization or (if requested) index data exists.
 * @throws IOException Thrown when there is an error while loading.
 * @throws InterruptedException Thrown if the thread was interrupted.
 */
private static ChunkExtractorWrapper loadInitializationData(DataSource dataSource,
    Representation representation, boolean loadIndex)
    throws IOException, InterruptedException {
  RangedUri initializationUri = representation.getInitializationUri();
  if (initializationUri == null) {
    return null;
  }
  ChunkExtractorWrapper extractorWrapper = newWrappedExtractor(representation.format);
  RangedUri requestUri;
  if (loadIndex) {
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri == null) {
      return null;
    }
    // It's common for initialization and index data to be stored adjacently. Attempt to merge
    // the two requests together to request both at once.
    requestUri = initializationUri.attemptMerge(indexUri, representation.baseUrl);
    if (requestUri == null) {
      loadInitializationData(dataSource, representation, extractorWrapper, initializationUri);
      requestUri = indexUri;
    }
  } else {
    requestUri = initializationUri;
  }
  loadInitializationData(dataSource, representation, extractorWrapper, requestUri);
  return extractorWrapper;
}
 

/**
 * Loads initialization data for the {@code representation} and optionally index data then returns
 * a {@link ChunkExtractorWrapper} which contains the output.
 *
 * @param dataSource The source from which the data should be loaded.
 * @param trackType The type of the representation. Typically one of the {@link
 *     com.google.android.exoplayer2.C} {@code TRACK_TYPE_*} constants.
 * @param representation The representation which initialization chunk belongs to.
 * @param loadIndex Whether to load index data too.
 * @return A {@link ChunkExtractorWrapper} for the {@code representation}, or null if no
 *     initialization or (if requested) index data exists.
 * @throws IOException Thrown when there is an error while loading.
 * @throws InterruptedException Thrown if the thread was interrupted.
 */
private static @Nullable ChunkExtractorWrapper loadInitializationData(
    DataSource dataSource, int trackType, Representation representation, boolean loadIndex)
    throws IOException, InterruptedException {
  RangedUri initializationUri = representation.getInitializationUri();
  if (initializationUri == null) {
    return null;
  }
  ChunkExtractorWrapper extractorWrapper = newWrappedExtractor(trackType, representation.format);
  RangedUri requestUri;
  if (loadIndex) {
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri == null) {
      return null;
    }
    // It's common for initialization and index data to be stored adjacently. Attempt to merge
    // the two requests together to request both at once.
    requestUri = initializationUri.attemptMerge(indexUri, representation.baseUrl);
    if (requestUri == null) {
      loadInitializationData(dataSource, representation, extractorWrapper, initializationUri);
      requestUri = indexUri;
    }
  } else {
    requestUri = initializationUri;
  }
  loadInitializationData(dataSource, representation, extractorWrapper, requestUri);
  return extractorWrapper;
}
 

/**
 * Loads initialization data for the {@code representation} and optionally index data then returns
 * a {@link ChunkExtractorWrapper} which contains the output.
 *
 * @param dataSource The source from which the data should be loaded.
 * @param trackType The type of the representation. Typically one of the {@link
 *     com.google.android.exoplayer2.C} {@code TRACK_TYPE_*} constants.
 * @param representation The representation which initialization chunk belongs to.
 * @param loadIndex Whether to load index data too.
 * @return A {@link ChunkExtractorWrapper} for the {@code representation}, or null if no
 *     initialization or (if requested) index data exists.
 * @throws IOException Thrown when there is an error while loading.
 * @throws InterruptedException Thrown if the thread was interrupted.
 */
private static @Nullable ChunkExtractorWrapper loadInitializationData(
    DataSource dataSource, int trackType, Representation representation, boolean loadIndex)
    throws IOException, InterruptedException {
  RangedUri initializationUri = representation.getInitializationUri();
  if (initializationUri == null) {
    return null;
  }
  ChunkExtractorWrapper extractorWrapper = newWrappedExtractor(trackType, representation.format);
  RangedUri requestUri;
  if (loadIndex) {
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri == null) {
      return null;
    }
    // It's common for initialization and index data to be stored adjacently. Attempt to merge
    // the two requests together to request both at once.
    requestUri = initializationUri.attemptMerge(indexUri, representation.baseUrl);
    if (requestUri == null) {
      loadInitializationData(dataSource, representation, extractorWrapper, initializationUri);
      requestUri = indexUri;
    }
  } else {
    requestUri = initializationUri;
  }
  loadInitializationData(dataSource, representation, extractorWrapper, requestUri);
  return extractorWrapper;
}
 

private static void addSegmentsForAdaptationSet(
    DataSource dataSource,
    AdaptationSet adaptationSet,
    long periodStartUs,
    long periodDurationUs,
    boolean allowIncompleteList,
    ArrayList<Segment> out)
    throws IOException, InterruptedException {
  for (int i = 0; i < adaptationSet.representations.size(); i++) {
    Representation representation = adaptationSet.representations.get(i);
    DashSegmentIndex index;
    try {
      index = getSegmentIndex(dataSource, adaptationSet.type, representation);
      if (index == null) {
        // Loading succeeded but there was no index.
        throw new DownloadException("Missing segment index");
      }
    } catch (IOException e) {
      if (!allowIncompleteList) {
        throw e;
      }
      // Generating an incomplete segment list is allowed. Advance to the next representation.
      continue;
    }

    int segmentCount = index.getSegmentCount(periodDurationUs);
    if (segmentCount == DashSegmentIndex.INDEX_UNBOUNDED) {
      throw new DownloadException("Unbounded segment index");
    }

    String baseUrl = representation.baseUrl;
    RangedUri initializationUri = representation.getInitializationUri();
    if (initializationUri != null) {
      addSegment(periodStartUs, baseUrl, initializationUri, out);
    }
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri != null) {
      addSegment(periodStartUs, baseUrl, indexUri, out);
    }
    long firstSegmentNum = index.getFirstSegmentNum();
    long lastSegmentNum = firstSegmentNum + segmentCount - 1;
    for (long j = firstSegmentNum; j <= lastSegmentNum; j++) {
      addSegment(periodStartUs + index.getTimeUs(j), baseUrl, index.getSegmentUrl(j), out);
    }
  }
}
 

private static void addSegmentsForAdaptationSet(
    DataSource dataSource,
    AdaptationSet adaptationSet,
    long periodStartUs,
    long periodDurationUs,
    boolean allowIncompleteList,
    ArrayList<Segment> out)
    throws IOException, InterruptedException {
  for (int i = 0; i < adaptationSet.representations.size(); i++) {
    Representation representation = adaptationSet.representations.get(i);
    DashSegmentIndex index;
    try {
      index = getSegmentIndex(dataSource, adaptationSet.type, representation);
      if (index == null) {
        // Loading succeeded but there was no index.
        throw new DownloadException("Missing segment index");
      }
    } catch (IOException e) {
      if (!allowIncompleteList) {
        throw e;
      }
      // Loading failed, but generating an incomplete segment list is allowed. Advance to the next
      // representation.
      continue;
    }

    int segmentCount = index.getSegmentCount(periodDurationUs);
    if (segmentCount == DashSegmentIndex.INDEX_UNBOUNDED) {
      throw new DownloadException("Unbounded segment index");
    }

    String baseUrl = representation.baseUrl;
    RangedUri initializationUri = representation.getInitializationUri();
    if (initializationUri != null) {
      addSegment(periodStartUs, baseUrl, initializationUri, out);
    }
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri != null) {
      addSegment(periodStartUs, baseUrl, indexUri, out);
    }
    long firstSegmentNum = index.getFirstSegmentNum();
    long lastSegmentNum = firstSegmentNum + segmentCount - 1;
    for (long j = firstSegmentNum; j <= lastSegmentNum; j++) {
      addSegment(periodStartUs + index.getTimeUs(j), baseUrl, index.getSegmentUrl(j), out);
    }
  }
}
 

private static void addSegmentsForAdaptationSet(
    DataSource dataSource,
    AdaptationSet adaptationSet,
    long periodStartUs,
    long periodDurationUs,
    boolean allowIncompleteList,
    ArrayList<Segment> out)
    throws IOException, InterruptedException {
  for (int i = 0; i < adaptationSet.representations.size(); i++) {
    Representation representation = adaptationSet.representations.get(i);
    DashSegmentIndex index;
    try {
      index = getSegmentIndex(dataSource, adaptationSet.type, representation);
      if (index == null) {
        // Loading succeeded but there was no index.
        throw new DownloadException("Missing segment index");
      }
    } catch (IOException e) {
      if (!allowIncompleteList) {
        throw e;
      }
      // Loading failed, but generating an incomplete segment list is allowed. Advance to the next
      // representation.
      continue;
    }

    int segmentCount = index.getSegmentCount(periodDurationUs);
    if (segmentCount == DashSegmentIndex.INDEX_UNBOUNDED) {
      throw new DownloadException("Unbounded segment index");
    }

    String baseUrl = representation.baseUrl;
    RangedUri initializationUri = representation.getInitializationUri();
    if (initializationUri != null) {
      addSegment(periodStartUs, baseUrl, initializationUri, out);
    }
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri != null) {
      addSegment(periodStartUs, baseUrl, indexUri, out);
    }
    long firstSegmentNum = index.getFirstSegmentNum();
    long lastSegmentNum = firstSegmentNum + segmentCount - 1;
    for (long j = firstSegmentNum; j <= lastSegmentNum; j++) {
      addSegment(periodStartUs + index.getTimeUs(j), baseUrl, index.getSegmentUrl(j), out);
    }
  }
}
 

private static void addSegmentsForAdaptationSet(
    DataSource dataSource,
    AdaptationSet adaptationSet,
    long periodStartUs,
    long periodDurationUs,
    boolean allowIncompleteList,
    ArrayList<Segment> out)
    throws IOException, InterruptedException {
  for (int i = 0; i < adaptationSet.representations.size(); i++) {
    Representation representation = adaptationSet.representations.get(i);
    DashSegmentIndex index;
    try {
      index = getSegmentIndex(dataSource, adaptationSet.type, representation);
      if (index == null) {
        // Loading succeeded but there was no index.
        throw new DownloadException("Missing segment index");
      }
    } catch (IOException e) {
      if (!allowIncompleteList) {
        throw e;
      }
      // Generating an incomplete segment list is allowed. Advance to the next representation.
      continue;
    }

    int segmentCount = index.getSegmentCount(periodDurationUs);
    if (segmentCount == DashSegmentIndex.INDEX_UNBOUNDED) {
      throw new DownloadException("Unbounded segment index");
    }

    String baseUrl = representation.baseUrl;
    RangedUri initializationUri = representation.getInitializationUri();
    if (initializationUri != null) {
      addSegment(periodStartUs, baseUrl, initializationUri, out);
    }
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri != null) {
      addSegment(periodStartUs, baseUrl, indexUri, out);
    }
    long firstSegmentNum = index.getFirstSegmentNum();
    long lastSegmentNum = firstSegmentNum + segmentCount - 1;
    for (long j = firstSegmentNum; j <= lastSegmentNum; j++) {
      addSegment(periodStartUs + index.getTimeUs(j), baseUrl, index.getSegmentUrl(j), out);
    }
  }
}
 

private static void addSegmentsForAdaptationSet(
    DataSource dataSource,
    AdaptationSet adaptationSet,
    long periodStartUs,
    long periodDurationUs,
    boolean allowIncompleteList,
    ArrayList<Segment> out)
    throws IOException, InterruptedException {
  for (int i = 0; i < adaptationSet.representations.size(); i++) {
    Representation representation = adaptationSet.representations.get(i);
    DashSegmentIndex index;
    try {
      index = getSegmentIndex(dataSource, adaptationSet.type, representation);
      if (index == null) {
        // Loading succeeded but there was no index.
        throw new DownloadException("Missing segment index");
      }
    } catch (IOException e) {
      if (!allowIncompleteList) {
        throw e;
      }
      // Generating an incomplete segment list is allowed. Advance to the next representation.
      continue;
    }

    int segmentCount = index.getSegmentCount(periodDurationUs);
    if (segmentCount == DashSegmentIndex.INDEX_UNBOUNDED) {
      throw new DownloadException("Unbounded segment index");
    }

    String baseUrl = representation.baseUrl;
    RangedUri initializationUri = representation.getInitializationUri();
    if (initializationUri != null) {
      addSegment(periodStartUs, baseUrl, initializationUri, out);
    }
    RangedUri indexUri = representation.getIndexUri();
    if (indexUri != null) {
      addSegment(periodStartUs, baseUrl, indexUri, out);
    }
    long firstSegmentNum = index.getFirstSegmentNum();
    long lastSegmentNum = firstSegmentNum + segmentCount - 1;
    for (long j = firstSegmentNum; j <= lastSegmentNum; j++) {
      addSegment(periodStartUs + index.getTimeUs(j), baseUrl, index.getSegmentUrl(j), out);
    }
  }
}