val configuration = Configuration(context,owner)
        //  GLTextureView supports custom display layer, but GLSurfaceView has better performance, and the GLSurfaceView is default.
        configuration.alphaVideoViewType = AlphaVideoViewType.GL_SURFACE_VIEW
        // AlphaMediaPlayer便于控制解码、渲染次数，其他的播放器，渲染帧索引需要将json中的数字-1，否则无法对齐
        //val mediaPlayer = DefaultSystemPlayer()
        //val mediaPlayer = ExoPlayerImpl(context)
        val mediaPlayer = AlphaMediaPlayer(context)
        mPlayerController = PlayerController.get(configuration, mediaPlayer)
        .//设置监听
        mPlayerController?.let {
            it.setPlayerAction(playerAction)
            it.setFetchResource(fetchResource)
            //it.setMonitor(monitor)
        }

private val playerAction = object : IPlayerAction {
        override fun onVideoSizeChanged(videoWidth: Int, videoHeight: Int, scaleType: ScaleType) {
            Log.i(TAG, "视频实际的宽高改变，用户改变渲染容器size：onVideoSizeChanged,videoWidth=$videoWidth, videoHeight=$videoHeight,scaleType=$scaleType")
        }
        override fun startAction() {
            Log.i(TAG, "开始播放")
        }
        override fun endAction(status: Int, mVideoPath: String?) {
            Log.i(TAG, "结束播放，错误码和出错的url，方便做重新播放逻辑")
        }
    }

interface IFetchResource {
    // 获取图片 (暂时不支持Bitmap.Config.ALPHA_8 主要是因为一些机型opengl兼容问题)
    fun fetchImage(resource: Resource, result: (Bitmap?) -> Unit)
    // 获取文字
    fun fetchText(resource: Resource, result: (String?) -> Unit)
    // 资源释放通知
    fun releaseResource(resources: List<Resource>)
}

private fun initLog() {
        ALog.isDebug = BuildConfig.DEBUG
        ALog.log = ALogImp()

class ALogImp : IALog {
        override fun i(tag: String, msg: String) {
            Log.i(tag, msg)
        }
        override fun d(tag: String, msg: String) {
            Log.d(tag, msg)
        }
        override fun e(tag: String, msg: String) {
            Log.e(tag, msg)
        }
    }

 val array = FloatArray(8)
private var floatBuffer: FloatBuffer = ByteBuffer
            .allocateDirect(array.size * 4)
            .order(ByteOrder.nativeOrder())
            .asFloatBuffer()
            .put(array)
            
fun setVertexAttribPointer(attributeLocation: Int) {
        if (attributeLocation < 0) {
            EGLUtil.checkGlError("return setVertexAttribPointer $attributeLocation")
            return
        }
        floatBuffer.position(0)
        GLES20.glVertexAttribPointer(attributeLocation, 2, GLES20.GL_FLOAT, false, 0, floatBuffer)
        GLES20.glEnableVertexAttribArray(attributeLocation)
        EGLUtil.checkGlError("setVertexAttribPointer $attributeLocation")
    }

  // 顶点坐标，遮罩渲染rect
        val rect = config.rgbPointRect
        vertexArray.setArray(
                VertexUtil.create(
                        config.renderWidth,
                        config.renderHeight,
                        rect,
                        vertexArray.array
                )
        )
        vertexArray.setVertexAttribPointer(shader.aPositionLocation)

    fun create(width: Int, height: Int, rect: PointRect, array: FloatArray): FloatArray {
        // x0
        array[0] = switchX(rect.x.toFloat() / width)
        // y0
        array[1] = switchY(rect.y.toFloat() / height)
        // x1
        array[2] = switchX(rect.x.toFloat() / width)
        // y1
        array[3] = switchY((rect.y.toFloat() + rect.height) / height)
        // x2
        array[4] = switchX((rect.x.toFloat() + rect.width) / width)
        // y2
        array[5] = switchY(rect.y.toFloat() / height)
        // x3
        array[6] = switchX((rect.x.toFloat() + rect.width) / width)
        // y3
        array[7] = switchY((rect.y.toFloat() + rect.height) / height)
        return array
    }
    
    private fun switchX(x: Float): Float {
        return x * 2f - 1f
    }
    private fun switchY(y: Float): Float {
        return -y * 2f + 1 //((y * 2f - 2f) * -1f) - 1f
    }

    fun create(width: Int, height: Int, rect: PointRect, array: FloatArray): FloatArray {
        // x0
        array[0] = rect.x.toFloat() / width
        // y0
        array[1] = rect.y.toFloat() / height
        // x1
        array[2] = rect.x.toFloat() / width
        // y1
        array[3] = (rect.y.toFloat() + rect.height) / height
        // x2
        array[4] = (rect.x.toFloat() + rect.width) / width
        // y2
        array[5] = rect.y.toFloat() / height
        // x3
        array[6] = (rect.x.toFloat() + rect.width) / width
        // y3
        array[7] = (rect.y.toFloat() + rect.height) / height
        return array
    }

class FinalMixShader {
    companion object {
        private const val NO_POSITION = -1

        private const val VERTEX = """
                attribute vec4 a_Position;  
                attribute vec2 a_TexCoordinateSrc;
                attribute vec4 a_TexCoordinateRgb;
                attribute vec4 a_TexCoordinateAlpha;
                varying vec2 v_TexCoordinateSrc;
                varying vec2 v_TexCoordinateRgb;
                varying vec2 v_TexCoordinateAlpha;
                void main()
                {
                    v_TexCoordinateAlpha = vec2(a_TexCoordinateAlpha.x, a_TexCoordinateAlpha.y);
                    v_TexCoordinateRgb = vec2(a_TexCoordinateRgb.x, a_TexCoordinateRgb.y);
                    v_TexCoordinateSrc = a_TexCoordinateSrc;
                    gl_Position = a_Position;
                }
        """

        private const val FRAGMENT = """
                #extension GL_OES_EGL_image_external : require
                precision mediump float; 
                uniform sampler2D u_TextureSrcUnit;
                uniform samplerExternalOES u_TextureVideoUnit;
                varying vec2 v_TexCoordinateSrc;
                varying vec2 v_TexCoordinateRgb;
                varying vec2 v_TexCoordinateAlpha;
                void main()
                {
                    vec4 alphaColor = texture2D(u_TextureVideoUnit, v_TexCoordinateAlpha);
                    vec4 rgbColor = texture2D(u_TextureVideoUnit, v_TexCoordinateRgb);
                    vec4 srcRgba = texture2D(u_TextureSrcUnit, v_TexCoordinateSrc);
                    if (srcRgba.rgb == vec3(0.0, 0.0, 0.0) || srcRgba.a == 0.0) {
                        gl_FragColor = vec4(rgbColor.rgb,alphaColor.r);
                    } else {
                         mediump float green = alphaColor.g;
                         mediump float percent = green;
                         gl_FragColor = vec4(mix(rgbColor.rgb, srcRgba.rgb, percent), mix(rgbColor.a, green, percent));
                    }
                }
        """
    }
}

 // 传入遮罩纹理和视频纹理
        if (fboTextureId >= 0) {
            GLES20.glActiveTexture(GLES20.GL_TEXTURE0)
            GLES20.glBindTexture(GLES20.GL_TEXTURE_2D, fboTextureId)
            GLES20.glUniform1i(shader.uTextureSrcUnitLocation, 0)
        }
        if (mVideoTextureId >= 0) {
            GLES20.glActiveTexture(GLES20.GL_TEXTURE1)
            GLES20.glBindTexture(VideoRender.GL_TEXTURE_EXTERNAL_OES, mVideoTextureId)
            GLES20.glUniform1i(shader.uTextureMaskUnitLocation, 1)
        }

        EGLUtil.enableBlend()
        // draw
        GLES20.glDrawArrays(GLES20.GL_TRIANGLE_STRIP, 0, 4)
        EGLUtil.checkGlError("final mix render")