Merge pull request #111 from Mia1234567890/main

修正NET模块相关API说明，无具体对应版本

Author: guozhenh

en-us/api/QuecPythonClasslib.md

@@ -2083,6 +2083,8 @@ This function obtains the current information in the message storage.
   * `loc3` - The memory storage where the Received messages stored in;
   * `current_nums` - The current number of messages in the storage.
   * `max_nums` - The maximum number of messages can be stored in the storage.
+  
+  * -1  Failed execution.
 
 * Example
 
@@ -2364,7 +2366,7 @@ This function sets APN. After setting, you need to restart or switch to mode 0 a
 
 * Parameter
 
-  This API is a variable parameter function in Qualcomm/ASR_1803s/ASR_1601/ASR_1606/Unisoc(excluding EG915) platform, and the number of parameters is 2 or 7. The number of parameters in other platforms is fixed at 2  ：
+  This API is a variable parameter function in Qualcomm/ASR_1803s/ASR_1601/ASR_1606/Unisoc platform, and the number of parameters is 2 or 7. The number of parameters in other platforms is fixed at 7  ：
     The number of parameters is 2：net.setApn(apn, simid)
     The number of parameters is 7：net.setApn(pid, iptype, apn, usrname, password, authtype, simid)
 
@@ -2406,7 +2408,7 @@ This function obtains the current APN.
 
 * Parameter
 
-  This API is a variable parameter function in Qualcomm/ASR_1803s/ASR_1601/ASR_1606/Unisoc(excluding EG915) platform, and the number of parameters is 1 or 2. The number of parameters in other platforms is fixed at 1  ：
+  This API is a variable parameter function in Qualcomm/ASR_1803s/ASR_1601/ASR_1606/Unisoc platform, and the number of parameters is 1 or 2. The number of parameters in other platforms is fixed at 2  ：
     The number of parameters is 2：net.setApn(pid, simid)
     The number of parameters is 1：net.setApn(simid)
 
@@ -2481,7 +2483,7 @@ case with one Parameter:
 
 * Parameter
 
-  This API is a variable parameter function in BC25 platform, and the number of parameters is 0 or 1. The number of parameters in other platforms is fixed at 0  ：
+  This API is a variable parameter function in BC25/EIGEN platform, and the number of parameters is 0 or 1. The number of parameters in other platforms is fixed at 0  ：
     The number of parameters is 0：net.getCellInfo()
     The number of parameters is 1：net.getCellInfo(sinr_enable)
 
@@ -2534,7 +2536,7 @@ case with one Parameter:
 | tac       | Tracing area code,  range : 0 ~ 65535                        |
 | earfcn    | Extended Absolute Radio Frequency Channel Number, range : 0-65535. |
 | rssi      | Received Signal Strength Indication. In LTE network, denotes RSRP quality (negative value), which is converted according to RSRP measurement report value, and the conversion relationship is as follows<br>RSRP quality = RSRP measurement report value - 140, unit : dBm, range : -140 ~ -44 dBm |
-| sinr      | Signal to Noise Ratio(supported in BC25，range : -30 ~ 30)   |
+| sinr      | Signal to Noise Ratio(supported in BC25/EIGEN，range : -30 ~ 30)   |
 
 * Example
 
@@ -2719,7 +2721,7 @@ case with one Parameter:
 
 * Parameter
 
-  This API is a variable parameter function in BC25 platform, and the number of parameters is 0 or 1. The number of parameters in other platforms is fixed at 0  ：
+  This API is a variable parameter function except BC25 platform, and the number of parameters is 0 or 1. The number of parameters in other platforms is fixed at 0  ：
     The number of parameters is 0：net.getCellInfo()
     The number of parameters is 1：net.getCellInfo(sinr_enable)
 
@@ -2750,7 +2752,7 @@ case with one Parameter:
       `rsrp` : Reference Signal Receiving Power, range : -141 ~ -44 dBm, 99 indicates unknown or undetected signal <br/>
       `rsrq` : Reference Signal Receiving Quality, range : -20 ~ -3 dBm, A larger value indicates better signal reception quality <br/>
       `cqi` : Channel Quality
-	  `sinr`: Signal to Noise Ratio(supported in 1803s/qualcomm/unisoc，range : -30 ~ 30)
+	  `sinr`: Signal to Noise Ratio(supported except RDA platform，range : -30 ~ 30)
 * Example
 
 ```python
@@ -7838,7 +7840,7 @@ print(r.group(0))
 
 ####  wifiScan
 
-Note: The BC25PA platform does not support this module function.
+Note: wifiscan supports the platforms: 1603/1606(except:600MCN_LC/800MCN_GC/800MCN_LC)/8910/8850.
 
 ##### Determine whether wifiScan is supported
 
@@ -7946,10 +7948,10 @@ True
 
   | Return Value  | Type         | Description                                                  |
   | ------------- | ------------ | ------------------------------------------------------------ |
-  | timeout       | Integer type | This parameter is the timeout of upper layer application. When the application triggers timeout, it actively reports the scanned hot spot information. The application automatically reports the hot spot information if it scans all the hop spots which have been set previously or the underlying layer scan reaches the frequency sweeping timeout before the timeout of the application. Range: 4–255. Unit: second. |
-  | round         | Integer type | This parameter is the scanning rounds of wifi. When reaching the scanning rounds, the scan stops and the scanning results are obtained. Range: 1–3. Unit: round. |
-  | max_bssid_num | Integer type | This parameter determines the maximum number of hot spots to be scanned. If the number of hot spots scanned by the underlying layer reaches the maximum, the scan stops and the scanning results are obtained. Range: 4–30. |
-  | scan_timeout  | Integer type | This parameter is the wifi hot spot scanning timeout of underlying layer. If the underlying layer scan reaches the hot spot scanning timeout set previously,  the scan stops and the scanning results are obtained. Range: 1–255. Unit: second. |
+  | timeout       | Integer type | This parameter is the timeout of upper layer application. When the application triggers timeout, it actively reports the scanned hot spot information. The application automatically reports the hot spot information if it scans all the hop spots which have been set previously or the underlying layer scan reaches the frequency sweeping timeout before the timeout of the application. |
+  | round         | Integer type | This parameter is the scanning rounds of wifi. When reaching the scanning rounds, the scan stops and the scanning results are obtained. |
+  | max_bssid_num | Integer type | This parameter determines the maximum number of hot spots to be scanned. If the number of hot spots scanned by the underlying layer reaches the maximum, the scan stops and the scanning results are obtained. |
+  | scan_timeout  | Integer type | This parameter is the wifi hot spot scanning timeout of underlying layer. If the underlying layer scan reaches the hot spot scanning timeout set previously,  the scan stops and the scanning results are obtained. |
   | priority      | Integer type | This parameter is the priority setting of wifi scanning service. 0 indicates that ps is preferred; 1 indicates that wifi is preferred. When ps is preferred,  the wifi scan is terminated when a data service is initiated. When wifi is preferred, RRC connection is not connected when a data service is initiated. wifi scan runs normally. The RRC connection is only established after the scan completes. |
 
 * Example：
@@ -7973,11 +7975,11 @@ True
 
   | Parameter     | Type         | Description                                                  |
   | ------------- | ------------ | ------------------------------------------------------------ |
-  | timeout       | Integer type | This parameter is the timeout of upper layer application. When the application triggers timeout, it actively reports the scanned hot spot information. The application automatically reports the hot spot information if it scans all the hop spots which have been set previously or the underlying layer scan reaches the frequency sweeping timeout before the timeout of the application. <br>Range:<br/>600S: 4–255; unit: s.<br/>200U/600U: 120–5000; unit: ms. |
-  | round         | Integer type | This parameter is the scanning rounds of wifi. When reaching the scanning rounds, the scan stops and the scanning results are obtained. <br/>Range:<br/>600S: 1–3; unit: round<br/>200U/600U: 1–10; unit: round |
-  | max_bssid_num | Integer type | This parameter determines the maximum number of hot spots to be scanned. If the number of hot spots scanned by the underlying layer reaches the maximum, the scan stops and the scanning results are obtained. <br/>Range:<br/>600S: 4–30<br/>200U/600U: 1–300 |
+  | timeout       | Integer type | This parameter is the timeout of upper layer application. When the application triggers timeout, it actively reports the scanned hot spot information. The application automatically reports the hot spot information if it scans all the hop spots which have been set previously or the underlying layer scan reaches the frequency sweeping timeout before the timeout of the application. <br>Range:<br/>1603/1606 platforms: 4–255; unit: s.<br/>8850/8910 platfroms: 120–5000; unit: ms. |
+  | round         | Integer type | This parameter is the scanning rounds of wifi. When reaching the scanning rounds, the scan stops and the scanning results are obtained. <br/>Range:<br/>1603/1606 platforms: 1–3; unit: round<br/>8850/8910 platforms: 1–10; unit: round |
+  | max_bssid_num | Integer type | This parameter determines the maximum number of hot spots to be scanned. If the number of hot spots scanned by the underlying layer reaches the maximum, the scan stops and the scanning results are obtained. <br/>Range:<br/>1603/1606 platforms: 4–30<br/>8850/8910 platforms: 1–300 |
   | scan_timeout  | Integer type | This parameter is the wifi hot spot scanning timeout of underlying layer. If the underlying layer scan reaches the hot spot scanning timeout set previously,  the scan stops and the scanning results are obtained. Range: 1–255.  |
-  | priority      | Integer type | This parameter is the priority setting of wifi scanning service. 0 indicates that ps is preferred; 1 indicates that wifi is preferred. When ps is preferred, the wifi scan is terminated when a data service is initiated. When wifi is preferred, RRC connection is not connected when a data service is initiated. wifi scan runs normally. The RRC connection is only established after the scan completes. 200U or 600U platforms do not support this parameter. You can set this parameter to 0. |
+  | priority      | Integer type | This parameter is the priority setting of wifi scanning service. 0 indicates that ps is preferred; 1 indicates that wifi is preferred. When ps is preferred, the wifi scan is terminated when a data service is initiated. When wifi is preferred, RRC connection is not connected when a data service is initiated. wifi scan runs normally. The RRC connection is only established after the scan completes. 8850/8910 platforms do not support this parameter. You can set this parameter to 0. |
 
 * Return Value：
 

zh-cn/api/QuecPythonClasslib.md

@@ -2122,6 +2122,8 @@ if __name__ == '__main__':
   `current_nums` - 当前空间已有短信数量
 
   `max_nums` - 当前空间最大短信存储数量
+  
+  失败返回整形-1
 
 * 示例
 
@@ -2409,7 +2411,7 @@ sms.setCallback(cb)
 
 * 参数
 
-  该接口在Qualcomm/ASR_1803s/ASR_1601/ASR_1606/Unisoc(不包括EG915)平台为可变参函数,参数个数为2或7, 其他平台参数个数固定为2：
+  该接口在Qualcomm/ASR_1803s/ASR_1601/ASR_1606/Unisoc平台为可变参函数,参数个数为2或7, 其他平台参数个数固定为7：
     参数个数为2：net.setApn(apn, simid)
     参数个数为7：net.setApn(pid, iptype, apn, usrname, password, authtype, simid)
 
@@ -2452,7 +2454,7 @@ sms.setCallback(cb)
 
 * 参数
 
-  该接口在Qualcomm/ASR_1803s/ASR_1601/ASR_1606/Unisoc(不包括EG915)平台为可变参函数,参数个数为1或2, 其他平台参数个数固定为1：
+  该接口在Qualcomm/ASR_1803s/ASR_1601/ASR_1606/Unisoc平台为可变参函数,参数个数为1或2, 其他平台参数个数固定为2：
     参数个数为2：net.getApn(pid, simid)
     参数个数为1：net.getApn(simid)
 
@@ -2519,7 +2521,7 @@ sms.setCallback(cb)
 
 * 参数
 
-  该接口在BC25平台为可变参函数,参数个数为0或1, 其他平台参数个数固定为0：
+  该接口在BC25平台和移芯小内存方案为可变参函数,参数个数为0或1, 其他平台参数个数固定为0：
     参数个数为0：net.getCellInfo()
     参数个数为1：net.getCellInfo(sinr_enable)
 
@@ -2573,7 +2575,7 @@ sms.setCallback(cb)
 | earfcn | 无线频道编号，范围 0 ~ 65535                                 |
 | rssi   | 接收的信号强度，在LTE网络下，表示RSRP质量（负值），是根据RSRP测量报告值换算而来，换算关系如下：<br>RSRP质量（负数）= RSRP测量报告值 - 140，单位dBm，范围 -140 ~ -44 dBm |
 | rsrq  |(Reference Signal Receiving Quality):LTE参考信号接收质量(仅ASR平台数据有意义，其余平台默认0)，范围 -20 ~ -3  注：理论上rsrq的范围应该是-19.5 ~ -3，但由于计算方法问题，目前能给出的是-20 ~ -3|
-| sinr   |信噪比(目前仅BC25平台支持获取该参数，非服务小区默认写0, 范围-30 ~ 30)       |
+| sinr   |信噪比(目前仅BC25和移芯小内存平台支持获取该参数，范围-30 ~ 30)       |
 
 * 示例
 
@@ -2595,7 +2597,7 @@ sms.setCallback(cb)
 
 ##### 获取网络制式及漫游配置
 
-注意：BC25PA平台不支持此方法。EC200U/EC600U平台不支持漫游参数配置。
+注意：BC25PA平台不支持此方法。展锐平台不支持漫游参数配置。移芯平台仅支持LTE ONLY.
 
 > **net.getConfig()**
 
@@ -2658,7 +2660,7 @@ sms.setCallback(cb)
 
 ##### 设置网络制式及漫游配置
 
-注意：BC25PA平台不支持此方法。展锐平台不支持漫游参数配置。
+注意：BC25PA平台不支持此方法。展锐平台不支持漫游参数配置。移芯平台仅支持LTE ONLY.
 
 > **net.setConfig(mode, roaming)**
 
@@ -2749,7 +2751,7 @@ sms.setCallback(cb)
 
 * 参数
 
-  该接口在1803s/qualcomm/unisoc(不包括EG915)平台为可变参函数,参数个数为0或1, 其他平台参数个数固定为0：
+  该接口在非RDA平台为可变参函数,参数个数为0或1, RDA平台参数个数固定为0：
     参数个数为0：net.getSignal()
     参数个数为1：net.getSignal(sinr_enable)
 
@@ -2785,7 +2787,7 @@ sms.setCallback(cb)
 
   `cqi` ：信道质量
 
-  `sinr`: 信噪比(目前仅1803s/qualcomm/unisoc平台支持获取该参数)
+  `sinr`: 信噪比(RDA平台不支持获取该参数)
 
 * 示例
 
@@ -8308,7 +8310,7 @@ print(r.group(0))
 
 ####  wifiScan - WiFi扫描
 
-注意：BC25PA平台不支持此方法。
+注意：支持wifiscan的平台: 1603/1606(不包含:600MCN_LC/800MCN_GC/800MCN_LC)/8910/8850.
 
 ##### 判断是否支持 wifiScan
 
@@ -8410,10 +8412,10 @@ True
 
   | 返回值        | 类型 | 说明                                                         |
   | ------------- | ---- | ------------------------------------------------------------ |
-  | timeout       | 整型 | 该超时时间参数是上层应用的超时，当触发超时会主动上报已扫描到的热点信息，若在超时前扫描到设置的热点个数或达到底层扫频超时时间会自动上报热点信息。该参数设置范围为4-255秒。 |
-  | round         | 整型 | 该参数是Wi-Fi扫描轮，达到扫描轮数后，会结束扫描并获取扫描结果。该参数设置范围为1-3轮次。 |
-  | max_bssid_num | 整型 | 该参数是Wi-Fi扫描热点最大个，若底层扫描热点个数达到设置的最大个数，会结束扫描并获取扫描结果。该参数设置范围为4-30个。 |
-  | scan_timeout  | 整型 | 该参数是底层Wi-Fi扫描热点超时时间，若底层扫描热点时间达到设置的超时时间，会结束扫描并获取扫描结果。该参数设置范围为1-255秒。 |
+  | timeout       | 整型 | 该超时时间参数是上层应用的超时，当触发超时会主动上报已扫描到的热点信息，若在超时前扫描到设置的热点个数或达到底层扫频超时时间会自动上报热点信息。 |
+  | round         | 整型 | 该参数是Wi-Fi扫描轮，达到扫描轮数后，会结束扫描并获取扫描结果。|
+  | max_bssid_num | 整型 | 该参数是Wi-Fi扫描热点最大个，若底层扫描热点个数达到设置的最大个数，会结束扫描并获取扫描结果。|
+  | scan_timeout  | 整型 | 该参数是底层Wi-Fi扫描热点超时时间，若底层扫描热点时间达到设置的超时时间，会结束扫描并获取扫描结果。|
   | priority      | 整型 | 该参数是Wi-Fi扫描业务优先级设置，0为ps优先，1为Wi-Fi优先。ps优先时，当有数据业务发起时会中断Wi-Fi扫描。Wi-Fi优先时，当有数据业务发起时，不会建立RRC连接，保障Wi-Fi扫描正常执行，扫描结束后才会建立RRC连接。 |
 
 * 示例：
@@ -8437,11 +8439,11 @@ True
 
   | 参数          | 类型 | 说明                                                         |
   | ------------- | ---- | ------------------------------------------------------------ |
-  | timeout       | 整型 | 该超时时间参数是上层应用的超时，当触发超时会主动上报已扫描到的热点信息，若在超时前扫描到设置的热点个数或达到底层扫频超时时间会自动上报热点信息。<br>参数范围：<br/>600S ：4-255秒<br/>200U/600U ：120-5000毫秒 |
-  | round         | 整型 | 该参数是wifi扫描轮，达到扫描轮数后，会结束扫描并获取扫描结果。<br/>参数范围：<br/>600S ：1-3轮次<br/>200U/600U ：1-10轮次 |
-  | max_bssid_num | 整型 | 该参数是wifi扫描热点最大个，若底层扫描热点个数达到设置的最大个数，会结束扫描并获取扫描结果。<br/>参数范围：<br/>600S ：4-30个<br/>200U/600U ：1-300个 |
+  | timeout       | 整型 | 该超时时间参数是上层应用的超时，当触发超时会主动上报已扫描到的热点信息，若在超时前扫描到设置的热点个数或达到底层扫频超时时间会自动上报热点信息。<br>参数范围：<br/>1603/1606平台 ：4-255秒<br/>8850/8910平台 ：120-5000毫秒 |
+  | round         | 整型 | 该参数是wifi扫描轮，达到扫描轮数后，会结束扫描并获取扫描结果。<br/>参数范围：<br/>1603/1606平台 ：1-3轮次<br/>8850/8910平台 ：1-10轮次 |
+  | max_bssid_num | 整型 | 该参数是wifi扫描热点最大个，若底层扫描热点个数达到设置的最大个数，会结束扫描并获取扫描结果。<br/>参数范围：<br/>1603/1606平台 ：4-30个<br/>8850/8910平台 ：1-30个 |
   | scan_timeout  | 整型 | 该参数是底层wifi扫描热点超时时间，若底层扫描热点时间达到设置的超时时间，会结束扫描并获取扫描结果。该参数设置范围为1-255秒。 |
-  | priority      | 整型 | 该参数是wifi扫描业务优先级设置，0为ps优先，1为wifi优先。ps优先时，当有数据业务发起时会中断wifi扫描。Wifi优先时，当有数据业务发起时，不会建立RRC连接，保障wifi扫描正常执行，扫描结束后才会建立RRC连接。200U/600U 平台不支持该参数，设置时写0即可。 |
+  | priority      | 整型 | 该参数是wifi扫描业务优先级设置，0为ps优先，1为wifi优先。ps优先时，当有数据业务发起时会中断wifi扫描。Wifi优先时，当有数据业务发起时，不会建立RRC连接，保障wifi扫描正常执行，扫描结束后才会建立RRC连接。8850/8910平台不支持该参数，设置时写0即可。 |
 
 * 返回值：