def test_connect(self):
"""
0x5012: "latest_sensing_data",
0x5013: "latest_calculation_data",
0x5021: "latest_data_long",
0x5031: "vibration_count",
0x5111: "led_setting",
0x5115: "advertise_setting",
"""
sensor = Omron2JCIE_BU01.serial("COM3")
tpl = sensor.latest_data_long()
print(tpl)
self.assertEqual(type(tpl).__name__, "latest_data_long")
tpl = sensor.vibration_count()
print(tpl)
self.assertEqual(type(tpl).__name__, "vibration_count")
tpl = sensor.led()
print(tpl)
self.assertEqual(type(tpl).__name__, "led_setting")
tpl = sensor.info()
print(tpl)
self.assertEqual(type(tpl).__name__, "device_info")
tpl = sensor.advertise_setting()
print(tpl)
self.assertEqual(type(tpl).__name__, "advertise_setting")
tpl = sensor.advertise_setting(mode=0x03)
print(tpl)
self.assertEqual(type(tpl).__name__, "advertise_setting")
self.assertEqual(tpl.mode, 0x03)
tpl = sensor.advertise_setting(interval=0x00a0)
print(tpl)
self.assertEqual(tpl.interval, 0x00a0)
- 275
- 374
If you need scan on Linux, consider notify method.
---
On Windows, data can be detected at intervals of 1 second or less.
And complete data will be obtained about every 1 second.
"""
import sys
sys.path.insert(0, "../lib-ext")
sys.path.insert(0, "..")
from omron_2jcie_bu01 import Omron2JCIE_BU01
#s = Omron2JCIE_BU01.ble("AA:BB:CC:DD:EE:FF")
s = Omron2JCIE_BU01.ble()
# Scan
def on_scan(data):
print(data)
# Set Advertising mode: 0x03 (Active scan)
# The setting is retained even when the power is turned off the device.
s.advertise_setting(mode=0x03)
# Scanning needs to disconnect
# If connected, advertising packets will not be detected.
s.disconnect()
def setUp(self):
self.sensor = Omron2JCIE_BU01.ble(self.ADDRESS)
def setUpClass(cls):
sensor = Omron2JCIE_BU01.ble()
cls.ADDRESS = sensor.address
print(f"Target HW address: {cls.ADDRESS}")
#!/usr/bin/env python3
import sys
sys.path.insert(0, "../lib-ext")
sys.path.insert(0, "..")
from omron_2jcie_bu01 import Omron2JCIE_BU01
s = Omron2JCIE_BU01.serial("COM3")
#s = Omron2JCIE_BU01.serial("/dev/ttyUSB0")
# Show current setting
print(s.led())
# rule=0x06 (noise)
# rgb=(0, 255, 200)
s.led(0x06, (0, 255, 200))