Android 升级8.8

Author: masonqiao

Android/TRTC-API-Example/.gitignore

@@ -0,0 +1,14 @@
+*.iml
+.gradle
+/local.properties
+/.idea/caches
+/.idea/libraries
+/.idea/modules.xml
+/.idea/workspace.xml
+/.idea/navEditor.xml
+/.idea/assetWizardSettings.xml
+.DS_Store
+/build
+/captures
+.externalNativeBuild
+.cxx

Android/TRTC-API-Example/Advanced/CustomCamera/src/main/java/com/tencent/trtc/customcamera/CustomCameraActivity.java

@@ -34,10 +34,10 @@
  * TRTC 自定义相机采集&渲染的示例
  *
  * 本文件展示了如何使用TRTC SDK 实现相机的自定义采集&渲染功能，主要流程如下：
- * - 调用{@link CustomCameraCapture#startInternal(CustomCameraCapture.VideoFrameReadListener)}，启动Camera采集，并传入一个VideoFrameReadListener；
- * - 将VideoFrameReadListener返回的视频帧通过TRTC的自定义视频采集接口{@link TRTCCloud#sendCustomVideoData(TRTCCloudDef.TRTCVideoFrame)}发送给TRTC SDK；
- * - 通过{@link TRTCCloud#setLocalVideoRenderListener(int, int, TRTCCloudListener.TRTCVideoRenderListener)}获取处理后的本地视频帧并渲染到屏幕上；
- * - 如果有远端主播，可以通过{@link TRTCCloud#setRemoteVideoRenderListener(String, int, int, TRTCCloudListener.TRTCVideoRenderListener)} 获取远端主播的视频帧并渲染到屏幕上；
+ * - 调用{@link com.tencent.trtc.customcamera.helper.CustomCameraCapture#startInternal(com.tencent.trtc.customcamera.helper.CustomCameraCapture.VideoFrameReadListener)}，启动Camera采集，并传入一个VideoFrameReadListener；
+ * - 将{@link com.tencent.trtc.customcamera.helper.CustomCameraCapture.VideoFrameReadListener}返回的视频帧通过TRTC的自定义视频采集接口 {@link com.tencent.trtc.TRTCCloud#sendCustomVideoData(int, com.tencent.trtc.TRTCCloudDef.TRTCVideoFrame)}; 发送给TRTC SDK；
+ * - 通过{@link com.tencent.trtc.TRTCCloud#setLocalVideoRenderListener(int, int, com.tencent.trtc.TRTCCloudListener.TRTCVideoRenderListener)}获取处理后的本地视频帧并渲染到屏幕上；
+ * - 如果有远端主播，可以通过{@link com.tencent.trtc.TRTCCloud#setRemoteVideoRenderListener(String, int, int, com.tencent.trtc.TRTCCloudListener.TRTCVideoRenderListener)} 获取远端主播的视频帧并渲染到屏幕上；
  *
  * - 更多细节，详见API说明文档{https://liteav.sdk.qcloud.com/doc/api/zh-cn/group__TRTCCloud__android.html}
  */
@@ -46,10 +46,10 @@
  * Custom Video Capturing & Rendering
  *
  * This document shows how to enable custom video capturing and rendering in the TRTC SDK.
- * - Call {@link CustomCameraCapture#startInternal(CustomCameraCapture.VideoFrameReadListener)} to start video capturing by the camera, with `VideoFrameReadListener` passed in.
- * - Call the custom video capturing API {@link TRTCCloud#sendCustomVideoData(TRTCCloudDef.TRTCVideoFrame)} to send the video frames returned by `VideoFrameReadListener` to the SDK.
- * - Get the processed local video data using {@link TRTCCloud#setLocalVideoRenderListener(int, int, TRTCCloudListener.TRTCVideoRenderListener)} and render it to the screen.
- * - If there is a remote anchor, call {@link TRTCCloud#setRemoteVideoRenderListener(String, int, int, TRTCCloudListener.TRTCVideoRenderListener)} to get the anchor’s video frames and render them to the screen.
+ * - Call {@link com.tencent.trtc.customcamera.helper.CustomCameraCapture#startInternal(com.tencent.trtc.customcamera.helper.CustomCameraCapture.VideoFrameReadListener)} to start video capturing by the camera, with `VideoFrameReadListener` passed in.
+ * - Call the custom video capturing API {@link com.tencent.trtc.TRTCCloud#sendCustomVideoData(int, com.tencent.trtc.TRTCCloudDef.TRTCVideoFrame)}; to send the video frames returned by `{@link com.tencent.trtc.customcamera.helper.CustomCameraCapture.VideoFrameReadListener}` to the SDK.
+ * - Get the processed local video data using {@link com.tencent.trtc.TRTCCloud#setLocalVideoRenderListener(int, int, com.tencent.trtc.TRTCCloudListener.TRTCVideoRenderListener)} and render it to the screen.
+ * - If there is a remote anchor, call {@link com.tencent.trtc.TRTCCloud#setRemoteVideoRenderListener(String, int, int, com.tencent.trtc.TRTCCloudListener.TRTCVideoRenderListener)} to get the anchor’s video frames and render them to the screen.
  *
  * - For more information, please see the API document {https://liteav.sdk.qcloud.com/doc/api/zh-cn/group__TRTCCloud__android.html}.
  */
@@ -86,7 +86,7 @@ public void onFrameAvailable(EGLContext eglContext, int textureId, int width, in
             videoFrame.pixelFormat = TRTCCloudDef.TRTC_VIDEO_PIXEL_FORMAT_Texture_2D;
             videoFrame.bufferType = TRTCCloudDef.TRTC_VIDEO_BUFFER_TYPE_TEXTURE;
 
-            mTRTCCloud.sendCustomVideoData(videoFrame);
+            mTRTCCloud.sendCustomVideoData(TRTCCloudDef.TRTC_VIDEO_STREAM_TYPE_BIG ,videoFrame);
         }
     };
 
@@ -144,7 +144,7 @@ private void enterRoom(String roomId, String userId) {
         mTRTCParams.role = TRTCCloudDef.TRTCRoleAnchor;
         mTRTCCloud.enterRoom(mTRTCParams, TRTCCloudDef.TRTC_APP_SCENE_LIVE);
 
-        mTRTCCloud.enableCustomVideoCapture(true);
+        mTRTCCloud.enableCustomVideoCapture(TRTCCloudDef.TRTC_VIDEO_STREAM_TYPE_BIG,true);
 
         mCustomCameraCapture.startInternal(mVideoFrameReadListener);
 

Android/TRTC-API-Example/Advanced/LocalVideoShare/src/main/java/com/tencent/trtc/mediashare/LocalVideoShareActivity.java

@@ -40,10 +40,10 @@
  *
  * 本文件展示了如何使用TRTC SDK实现视频文件直播分享功能，主要流程如下：
  *  - 读取视频文件、对视频文件进行解封装 --> 解码；
- *  - 将解码后的音视频帧通过TRTC的自定义采集接口{@link TRTCCloud#sendCustomAudioData(TRTCCloudDef.TRTCAudioFrame)} 和{@link TRTCCloud#sendCustomVideoData(TRTCCloudDef.TRTCVideoFrame)}发送给TRTC SDK；
- *  - 通过{@link TRTCCloud#setLocalVideoRenderListener(int, int, TRTCCloudListener.TRTCVideoRenderListener)}获取处理后的本地视频帧并渲染到屏幕上；
- *  - 通过{@link TRTCCloud#setAudioFrameListener(TRTCCloudListener.TRTCAudioFrameListener)} )}获取处理后的音频帧并进行播放；
- *  - 如果有远端主播，可以通过{@link TRTCCloud#setRemoteVideoRenderListener(String, int, int, TRTCCloudListener.TRTCVideoRenderListener)} 获取远端主播的视频帧并渲染到屏幕上，远端主播的音频会在上一步自动混音后播放；
+ *  - 将解码后的音视频帧通过TRTC的自定义采集接口{@link com.tencent.trtc.TRTCCloud#sendCustomAudioData(com.tencent.trtc.TRTCCloudDef.TRTCAudioFrame)} 和{@link com.tencent.trtc.TRTCCloud#sendCustomVideoData(int, com.tencent.trtc.TRTCCloudDef.TRTCVideoFrame)}发送给TRTC SDK；
+ *  - 通过{@link com.tencent.trtc.TRTCCloud#setLocalVideoRenderListener(int, int, com.tencent.trtc.TRTCCloudListener.TRTCVideoRenderListener)}获取处理后的本地视频帧并渲染到屏幕上；
+ *  - 通过{@link com.tencent.trtc.TRTCCloud#setAudioFrameListener(com.tencent.trtc.TRTCCloudListener.TRTCAudioFrameListener)} )}获取处理后的音频帧并进行播放；
+ *  - 如果有远端主播，可以通过{@link com.tencent.trtc.TRTCCloud#setRemoteVideoRenderListener(String, int, int, com.tencent.trtc.TRTCCloudListener.TRTCVideoRenderListener)} 获取远端主播的视频帧并渲染到屏幕上，远端主播的音频会在上一步自动混音后播放；
  *
  *  - 更多细节，详见API说明文档{https://liteav.sdk.qcloud.com/doc/api/zh-cn/group__TRTCCloud__android.html}
  */
@@ -53,10 +53,10 @@
  *
  * This document shows how to share a video file during live streaming. The steps are detailed below:
  *  - Read and de-encapsulate the video file --> decode
- *  - Call the SDK’s custom audio and video capturing APIs {@link TRTCCloud#sendCustomAudioData(TRTCCloudDef.TRTCAudioFrame)} and {@link TRTCCloud#sendCustomVideoData(TRTCCloudDef.TRTCVideoFrame)} to send the decoded audio and video frames to the SDK.
- *  - Call {@link TRTCCloud#setLocalVideoRenderListener(int, int, TRTCCloudListener.TRTCVideoRenderListener)} to get the processed local video frames and render them to the screen.
- *  - Call {@link TRTCCloud#setAudioFrameListener(TRTCCloudListener.TRTCAudioFrameListener)} )} to get and play the processed audio frames.
- *  - If there is a remote anchor, call {@link TRTCCloud#setRemoteVideoRenderListener(String, int, int, TRTCCloudListener.TRTCVideoRenderListener)} to get the anchor’s video frames and render them to the screen. The audio of the anchor is automatically mixed and played in the previous step.
+ *  - Call the SDK’s custom audio and video capturing APIs {@link com.tencent.trtc.TRTCCloud#sendCustomAudioData(com.tencent.trtc.TRTCCloudDef.TRTCAudioFrame)} and {@link com.tencent.trtc.TRTCCloud#sendCustomVideoData(int, com.tencent.trtc.TRTCCloudDef.TRTCVideoFrame)} to send the decoded audio and video frames to the SDK.
+ *  - Call {@link com.tencent.trtc.TRTCCloud#setLocalVideoRenderListener(int, int, com.tencent.trtc.TRTCCloudListener.TRTCVideoRenderListener)} to get the processed local video frames and render them to the screen.
+ *  - Call {@link com.tencent.trtc.TRTCCloud#setAudioFrameListener(com.tencent.trtc.TRTCCloudListener.TRTCAudioFrameListener)} )} to get and play the processed audio frames.
+ *  - If there is a remote anchor, call {@link com.tencent.trtc.TRTCCloud#setRemoteVideoRenderListener(String, int, int, com.tencent.trtc.TRTCCloudListener.TRTCVideoRenderListener)} to get the anchor’s video frames and render them to the screen. The audio of the anchor is automatically mixed and played in the previous step.
  *
  *  - For more information, please see the API document {https://liteav.sdk.qcloud.com/doc/api/zh-cn/group__TRTCCloud__android.html}.
  */
@@ -111,7 +111,7 @@ public void onFrameAvailable(EGLContext eglContext, int textureId, int width, in
             videoFrame.pixelFormat = TRTCCloudDef.TRTC_VIDEO_PIXEL_FORMAT_Texture_2D;
             videoFrame.bufferType = TRTCCloudDef.TRTC_VIDEO_BUFFER_TYPE_TEXTURE;
 
-            mTRTCCloud.sendCustomVideoData(videoFrame);
+            mTRTCCloud.sendCustomVideoData(TRTCCloudDef.TRTC_VIDEO_STREAM_TYPE_BIG, videoFrame);
         }
     };
 
@@ -171,7 +171,7 @@ private void enterRoom(String roomId, String userId) {
         mTRTCParams.role = TRTCCloudDef.TRTCRoleAnchor;
         mTRTCCloud.enterRoom(mTRTCParams, TRTCCloudDef.TRTC_APP_SCENE_LIVE);
 
-        mTRTCCloud.enableCustomVideoCapture(true);
+        mTRTCCloud.enableCustomVideoCapture(TRTCCloudDef.TRTC_VIDEO_STREAM_TYPE_BIG, true);
         mTRTCCloud.enableCustomAudioCapture(true);
         mMediaFileSyncReader.start(mAudioFrameReadListener, mVideoFrameReadListener);