!5391 修改未正确断行问题

Merge pull request !5391 from wusongqing/E0614

en/contribute/introducing-third-party-open-source-software.md

@@ -12,7 +12,7 @@ This guide applies to all third-party open-source software to be introduced to t
 ## Improvements and Revisions
 
 1. This document is drafted and maintained by the OpenHarmony SIG QA. What you are reading now is the latest version of this document.
-     
+   
 2. Any addition, modification, or deletion of the principles mentioned in this document can be traced in the tracing system.
 3. The PMC reviews and finalizes the principles after thorough discussion in the community.
 
@@ -36,7 +36,7 @@ For easier maintenance and evolution, comply with the following principles when
 8. Do not introduce any software version that has high-risk vulnerabilities and does not provide solutions.
 9. If you need to modify the software, place the new code in the software repository and ensure that the new code meets the license requirements of the software. Retain the original license for the modified files, and use the same license for the new files (recommended).
 10. Provide the **README.OpenSource** file in the root directory of the software repository. Include the following information in the file: software name, license, license file location, version, upstream community address of the corresponding version, software maintenance owner, function description, and introduction reason.
-11. Make sure the software to introduce will be under the custody of a domain SIG. In principle, the PMC will deny the introduction of a piece of software without the confirmation of the SIG QA and the corresponding domain SIG. When introducing multiple pieces of software at a time, you can ask the PMC to hold a temporary review meeting between SIGs for faster introduction. If you want to introduce a piece of software but fail to meet the preceding requirements, send an email to law@openatom.org.
+11. Make sure the software you introduce is under the custody of a domain SIG. In principle, the PMC will deny the introduction of a piece of software without the confirmation of the SIG QA and the corresponding domain SIG. When introducing multiple pieces of software at a time, you can ask the PMC to hold a temporary review meeting between SIGs for faster introduction. If you want to introduce a piece of software but fail to meet the preceding requirements, send an email to law@openatom.org.
 
 ### Software Introduction Process
 
@@ -58,7 +58,7 @@ Follow the process described in the [SIG Management Regulations](https://gitee.c
 
 1. Self-check list
 
-| Check Item| Description| Self-Check Result Example| 
+| Check Item| Description| Self-Check Result Example|
 | :----- | :----- | :----- |
 | Software name| Provide the official name of the software and the repository name to which the software is introduced. The repository name is in the format of **third_party_*****softwareName***.| third_party_*softwareName*|
 | Official website| Provide the official website link of the software.| https://softwaresite |

en/contribute/template/guide-template.md

@@ -56,10 +56,10 @@ The **AudioRenderer** class provides open audio playback capabilities. For detai
 
 | API| Description|
 | -------- | -------- |
-| AudioRenderer(AudioRendererInfo audioRendererInfo, PlayMode pm) throws IllegalArgumentException | A constructor used to create an **AudioRenderer** instance based on the specified playback parameters, the specified playback mode, and the default playback device.|
-| AudioRenderer(AudioRendererInfo audioRendererInfo, PlayMode pm, AudioDeviceDescriptor outputDevice) throws IllegalArgumentException | A constructor used to create an **AudioRenderer** instance based on the specified playback parameters, playback mode, and playback device.|
-| boolean play() | Plays audio streams.|
-| boolean write(byte[] data, int offset, int size) | Writes audio data in the specified byte array into an audio receiver for playback.|
+| AudioRenderer(AudioRendererInfo audioRendererInfo, PlayMode pm) throws IllegalArgumentException | A constructor used to create an **AudioRenderer** instance based on the specified playback parameters, the specified playback mode, and the default playback device.|
+| AudioRenderer(AudioRendererInfo audioRendererInfo, PlayMode pm, AudioDeviceDescriptor outputDevice) throws IllegalArgumentException | A constructor used to create an **AudioRenderer** instance based on the specified playback parameters, playback mode, and playback device.|
+| boolean play() | Plays audio streams.|
+| boolean write(byte[] data, int offset, int size) | Writes audio data in the specified byte array into an audio receiver for playback.|
 
 
 ## How to Develop
@@ -89,26 +89,48 @@ The **AudioRenderer** class provides open audio playback capabilities. For detai
 
 1. Use **AudioStreamInfo.Builder** to create an **AudioStreamInfo** instance for audio stream parameters. The following example uses the default values of the input parameters for **AudioStreamInfo.Builder**. You need to set the parameters based on the audio stream specification.
    ```
-   AudioStreamInfo audioStreamInfo = new AudioStreamInfo.Builder().sampleRate(    AudioStreamInfo.SAMPLE_RATE_UNSPECIFIED)    .audioStreamFlag(AudioStreamInfo.AudioStreamFlag.AUDIO_STREAM_FLAG_NONE)    .encodingFormat(AudioStreamInfo.EncodingFormat.ENCODING_INVALID)    .channelMask(AudioStreamInfo.ChannelMask.CHANNEL_INVALID)    .streamUsage(AudioStreamInfo.StreamUsage.STREAM_USAGE_UNKNOWN)    .build();
+   AudioStreamInfo audioStreamInfo = new AudioStreamInfo.Builder()
+    .sampleRate(AudioStreamInfo.SAMPLE_RATE_UNSPECIFIED)
+    .audioStreamFlag(AudioStreamInfo.AudioStreamFlag.AUDIO_STREAM_FLAG_NONE)
+    .encodingFormat(AudioStreamInfo.EncodingFormat.ENCODING_INVALID)
+    .channelMask(AudioStreamInfo.ChannelMask.CHANNEL_INVALID)
+    .streamUsage(AudioStreamInfo.StreamUsage.STREAM_USAGE_UNKNOWN)
+    .build();
    ```
 
-    Example code for playing a PCM stream:
-      ```
-      AudioStreamInfo audioStreamInfo = new AudioStreamInfo.Builder().sampleRate(44100)// 44.1 kHz    .audioStreamFlag(AudioStreamInfo.AudioStreamFlag.AUDIO_STREAM_FLAG_MAY_DUCK)// Set audio ducking.    .encodingFormat(AudioStreamInfo.EncodingFormat.ENCODING_PCM_16BIT)//16-bit PCM    .channelMask(AudioStreamInfo.ChannelMask.CHANNEL_OUT_STEREO)// Set the dual output channel.    .streamUsage(AudioStreamInfo.StreamUsage.STREAM_USAGE_MEDIA)// Set the stream to be used for media.    .build();
-      ```
-
+   Example code for playing a PCM stream:
+   ```
+   AudioStreamInfo audioStreamInfo = new AudioStreamInfo.Builder().sampleRate(44100)// 44.1 kHz
+    .audioStreamFlag(AudioStreamInfo.AudioStreamFlag.AUDIO_STREAM_FLAG_MAY_DUCK)// Set audio ducking.
+    .encodingFormat(AudioStreamInfo.EncodingFormat.ENCODING_PCM_16BIT)//16-bit PCM
+    .channelMask(AudioStreamInfo.ChannelMask.CHANNEL_OUT_STEREO)// Set the dual output channel.
+    .streamUsage(AudioStreamInfo.StreamUsage.STREAM_USAGE_MEDIA)// Set the stream to be used for media.    
+    .build();
+   ```
 2. Build the playback parameter structure via **AudioRendererInfo** for the audio stream created in Step 1, and use **AudioRendererInfo.Builder** to create an instance. The following example uses the default parameter values of the **AudioRendererInfo.Builder** instance. You need to set the playback parameters based on the audio playback specification.
    ```
-   AudioRendererInfo audioRendererInfo = new AudioRendererInfo.Builder().audioStreamInfo(audioStreamInfo)    .audioStreamOutputFlag(AudioRendererInfo.AudioStreamOutputFlag.AUDIO_STREAM_OUTPUT_FLAG_NONE)    .bufferSizeInBytes(0)    .distributedDeviceId("")    .isOffload(false)    .sessionID(AudioRendererInfo.SESSION_ID_UNSPECIFIED)    .build();
+   AudioRendererInfo audioRendererInfo = new AudioRendererInfo.Builder()
+    .audioStreamInfo(audioStreamInfo)
+    .audioStreamOutputFlag(AudioRendererInfo.AudioStreamOutputFlag.AUDIO_STREAM_OUTPUT_FLAG_NONE)    
+    .bufferSizeInBytes(0)    
+    .distributedDeviceId("")    
+    .isOffload(false)
+    .sessionID(AudioRendererInfo.SESSION_ID_UNSPECIFIED)    
+    .build();
    ```
 
     Example code for playing a PCM stream:
       ```
-      AudioRendererInfo audioRendererInfo = new AudioRendererInfo.Builder().audioStreamInfo(audioStreamInfo)    .audioStreamOutputFlag(AudioRendererInfo.AudioStreamOutputFlag.AUDIO_STREAM_OUTPUT_FLAG_DIRECT_PCM)// Set direct PCM output    .bufferSizeInBytes(100)    .distributedDeviceId("E54***5E8")// Use distributed device E54***5E8 for playback.   .isOffload(false)//  Value false indicates that the audio stream is transmitted to the buffer on a segment-by-segment basis for several times and then played. Value true indicates that the audio stream is transmitted to the HAL layer at a time.    .build();
+   AudioRendererInfo audioRendererInfo = new AudioRendererInfo.Builder()
+    .audioStreamInfo(audioStreamInfo)
+    .audioStreamOutputFlag(AudioRendererInfo.AudioStreamOutputFlag.AUDIO_STREAM_OUTPUT_FLAG_DIRECT_PCM)// Set direct PCM output.
+    .bufferSizeInBytes(100)    
+    .distributedDeviceId("E54***5E8")// Use distributed device E54***5E8 for playback.   
+    .isOffload(false)// Value false indicates that the audio stream is transmitted to the buffer on a segment-by-segment basis for several times and then played. Value true indicates that the audio stream is transmitted to the HAL layer at a time.
+    .build();
       ```
-
+   
 3. Specify the playback mode based on the audio stream to be played. The playback modes differ only in the data writing process. Create an **AudioRenderer** instance using a constructor that fits your need.
-   ....
 
 4. After the playback task is complete, call the **release()** method on the **AudioRenderer** instance to release resources.