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李昂 2023-09-22 01:51:43 +00:00 committed by Gitee
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package/bluetooth/bluetooth.py
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@ -19,139 +19,4 @@ class BLE(_bluetooth.BLE):
_ = super().active() _ = super().active()
# self.active() # self.active()
return print("bluetooth active") return print("bluetooth active")
# def config(self,param_name, /):
# if(param_name=="mac"):
# pass
# elif(param_name=="addr_mode"):
# pass
# elif(param_name=="gap_name"):
# pass
# elif(param_name=="rxbuf"):
# pass
# elif(param_name=="mtu"):
# pass
# elif(param_name=="bond"):
# pass
# elif(param_name=="mitm"):
# pass
# elif(param_name=="io"):
# pass
# elif(param_name=="le_secire"):
# pass
# else:
# print("there is not params")
# def config(self,*, mac,addr_mode,gap_name,rxbuf,mtu,bond,mitm,io,le_secire=False):
# if gap_name != None:
# super.config_name_update(gap_name)
# # TODO:如何进行事件处理函数
# def irq():
# pass
# """
# interval_us:广告间隔时间, 为none则停止广播
# adv_data: 包含在所有广播中, 是任何实现缓冲协议的类型(例如bytes, bytearray, str)
# resp_data: 被发送以响应主动扫描, 是任何实现缓冲协议的类型(例如bytes, bytearray, str)
# """
# def gap_advertise(self, interval_us, adv_data=None, *, resp_data=None, connectable=True):
# # 停止广播
# if interval_us is None:
# return super.stop_advertise()
# if adv_data is None:
# adv_data = self.last_adv_data
# else :
# self.last_adv_data = adv_data
# if resp_data is None:
# resp_data = self.last_resp_data
# else :
# self.last_resp_data = resp_data
# #TODO:active的作用是什么意思
# """
# 使用interval_us和window_us可选择配置占空比。扫描器将每interval_us微秒运行window_us 微秒，
# 总共持续duration_ms毫秒。默认间隔和窗口分别为 1.28 秒和 11.25 毫秒（后台扫描）。
# TODO:无法完全实现和micropython相同API
# """
# # def gap_scan(self, duration_ms, interval_us=1280000, window_us=11250, active=False, /):
# # if duration_ms is None :
# # super.gap_stop_scan()
# # elif (duration_ms == 0):
# # super.gap_scan_forever()
# # else:
# # super.gap_scan_forever()
# """
# micropython:直接输入时间
# nimble: 按照单位算时间
# duration:
# """
# def gap_scan(self, duration_ms, interval_us=1280000, window_us=11250, active=False, /):
# if duration_ms is None :
# super.gap_stop_scan()
# else:
# duration = duration_ms / 10
# super.gap_scan(duration_ms, interval_us, window_us, active)
# def gap_connect(self, addr_type, addr, scan_duration_ms=2000, /):
# super.gap_connect(addr_type, addr,scan_duration_ms)
# pass
# def gap_disconnect(self, conn_handle, /):
# super.gap_disconnect()
# pass
# def gatts_register_services(self, services_definition, /):
# for service in services_definition:
# service_uuid, characteristics = service
# print(f"Service UUID: {service_uuid}")
# # 遍历特征
# for characteristic in characteristics:
# char_uuid, flags = characteristic
# print(f"Characteristic UUID: {char_uuid}")
# print(f"Flags: {flags}")
# super.register_a_service()
# def gatts_read(value_handle, /):
# pass
# def gatts_write(value_handle, data, send_update=False, /):
# pass
# def gatts_notify(conn_handle, value_handle, data=None, /):
# pass
# def gatts_indicate(conn_handle, value_handle, /):
# pass
# def gatts_set_buffer(value_handle, len, append=False, /):
# pass
# def gattc_discover_services(conn_handle, uuid=None, /):
# pass
# def gattc_discover_characteristics(conn_handle, start_handle, end_handle, uuid=None, /):
# pass
# def gattc_discover_descriptors(conn_handle, start_handle, end_handle, /):
# pass
# def gattc_read(conn_handle, value_handle, /):
# pass
# def gattc_write(conn_handle, value_handle, data, mode=0, /):
# pass
# def gattc_exchange_mtu(conn_handle, /):
# pass