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| 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. |
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|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. |
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| 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. |
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| 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. |
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| 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. |
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|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. |
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| 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. |
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| 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. |
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| 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 isnot connected when a data service is initiated. wifi scan runs normally. The RRC connection is only established after the scan completes. |
| 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. |
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|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|
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| 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|
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| 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. |
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|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|
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| 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|
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| 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. |
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| 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 isnot connected when a data service is initiated. wifi scan runs normally. The RRC connection is only established after the scan completes. 200U or600U platforms do not support this parameter. You can set this parameter to 0. |
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| 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 isnot 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. |
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