%global _empty_manifest_terminate_build 0 Name: python-pasco Version: 0.3.62 Release: 1 Summary: PASCO Python API for Wireless Sensors License: Other/Proprietary License URL: https://pypi.org/project/pasco/ Source0: https://mirrors.aliyun.com/pypi/web/packages/c1/58/b73f9234d1d8152fbd157a932e991352999d875a1d6e22dcc9b1a9675ae5/pasco-0.3.62.tar.gz BuildArch: noarch Requires: python3-bleak Requires: python3-nest-asyncio %description ## Step 1: Create an object for the device `my_sensor = PASCOBLEDevice()` If you know the device's 6-digit serial ID (printed on the device) you can quickly scan and connect using the command: `my_sensor.connect_by_id('111-123')` Otherwise perform Steps 2 & 3 to scan/connect. ## Step 2: Scan for available bluetooth (BLE) sensors `my_sensor.scan()` Returns list of BLE devices found in the scan.` `my_sensor.scan('Temperature')` Returns a list of Temperature sensors found How to use: ``` found_devices = my_sensor.scan() ``` ## Step 3: Connect to a BLE sensor found from the scan The scan command will return a list of found devices. Iterate through that list to determine which device you want to connect to. One way is to print the list and prompt the user like this: ``` for i, ble_device in enumerate(found_devices): print(f'{i}: {ble_device.name}') selected_device = input('Select a device: ') my_sensor.connect(found_devices[int(selected_device)]) ``` ### Example of how to scan/connect ``` my_sensor = PASCOBLEDevice() found_devices = my_sensor.scan() print('\nDevices Found') for i, ble_device in enumerate(found_devices): display_name = ble_device.name.split('>') print(f'{i}: {display_name[0]}') # Auto connect if only one sensor found selected_device = input('Select a device: ') if len(found_devices) > 1 else 0 ble_device = found_devices[int(selected_device)] my_sensor.connect(ble_device) ``` ## Step 4: View Device Sensor(s) A device can have one or more on-board sensors. To view the list of sensors use the command `my_sensor.get_sensor_list()`. This returns a list of sensor names that a device has. ## Step 5: View Device Measurement(s) Each sensor in the device can have one or more measurements. If you want to view all the measurements that a device has, use the command `my_sensor.get_measurement_list()`. To view only the measurements that a sensor has, use the sensor name (from the list in Step 4) like this `my_sensor.get_measurement_list('WirelessWeatherSensor')`. ## Step 6: Start collecting data! The measurement variable names come from Step 4 To read the `Temperature` `my_temperature_sensor.read_data('Temperature')` To read the `RelativeHumidity` `my_weather_sensor.read_data('RelativeHumidity')` To read a multiple measurements at one time `my_weather_sensor.read_data_list(['Temperature','RelativeHumidity'])` To get the units for a single measurement `my_temperature_sensor.get_measurement_unit('Temperature')` To get the units for a list of measurements %package -n python3-pasco Summary: PASCO Python API for Wireless Sensors Provides: python-pasco BuildRequires: python3-devel BuildRequires: python3-setuptools BuildRequires: python3-pip %description -n python3-pasco ## Step 1: Create an object for the device `my_sensor = PASCOBLEDevice()` If you know the device's 6-digit serial ID (printed on the device) you can quickly scan and connect using the command: `my_sensor.connect_by_id('111-123')` Otherwise perform Steps 2 & 3 to scan/connect. ## Step 2: Scan for available bluetooth (BLE) sensors `my_sensor.scan()` Returns list of BLE devices found in the scan.` `my_sensor.scan('Temperature')` Returns a list of Temperature sensors found How to use: ``` found_devices = my_sensor.scan() ``` ## Step 3: Connect to a BLE sensor found from the scan The scan command will return a list of found devices. Iterate through that list to determine which device you want to connect to. One way is to print the list and prompt the user like this: ``` for i, ble_device in enumerate(found_devices): print(f'{i}: {ble_device.name}') selected_device = input('Select a device: ') my_sensor.connect(found_devices[int(selected_device)]) ``` ### Example of how to scan/connect ``` my_sensor = PASCOBLEDevice() found_devices = my_sensor.scan() print('\nDevices Found') for i, ble_device in enumerate(found_devices): display_name = ble_device.name.split('>') print(f'{i}: {display_name[0]}') # Auto connect if only one sensor found selected_device = input('Select a device: ') if len(found_devices) > 1 else 0 ble_device = found_devices[int(selected_device)] my_sensor.connect(ble_device) ``` ## Step 4: View Device Sensor(s) A device can have one or more on-board sensors. To view the list of sensors use the command `my_sensor.get_sensor_list()`. This returns a list of sensor names that a device has. ## Step 5: View Device Measurement(s) Each sensor in the device can have one or more measurements. If you want to view all the measurements that a device has, use the command `my_sensor.get_measurement_list()`. To view only the measurements that a sensor has, use the sensor name (from the list in Step 4) like this `my_sensor.get_measurement_list('WirelessWeatherSensor')`. ## Step 6: Start collecting data! The measurement variable names come from Step 4 To read the `Temperature` `my_temperature_sensor.read_data('Temperature')` To read the `RelativeHumidity` `my_weather_sensor.read_data('RelativeHumidity')` To read a multiple measurements at one time `my_weather_sensor.read_data_list(['Temperature','RelativeHumidity'])` To get the units for a single measurement `my_temperature_sensor.get_measurement_unit('Temperature')` To get the units for a list of measurements %package help Summary: Development documents and examples for pasco Provides: python3-pasco-doc %description help ## Step 1: Create an object for the device `my_sensor = PASCOBLEDevice()` If you know the device's 6-digit serial ID (printed on the device) you can quickly scan and connect using the command: `my_sensor.connect_by_id('111-123')` Otherwise perform Steps 2 & 3 to scan/connect. ## Step 2: Scan for available bluetooth (BLE) sensors `my_sensor.scan()` Returns list of BLE devices found in the scan.` `my_sensor.scan('Temperature')` Returns a list of Temperature sensors found How to use: ``` found_devices = my_sensor.scan() ``` ## Step 3: Connect to a BLE sensor found from the scan The scan command will return a list of found devices. Iterate through that list to determine which device you want to connect to. One way is to print the list and prompt the user like this: ``` for i, ble_device in enumerate(found_devices): print(f'{i}: {ble_device.name}') selected_device = input('Select a device: ') my_sensor.connect(found_devices[int(selected_device)]) ``` ### Example of how to scan/connect ``` my_sensor = PASCOBLEDevice() found_devices = my_sensor.scan() print('\nDevices Found') for i, ble_device in enumerate(found_devices): display_name = ble_device.name.split('>') print(f'{i}: {display_name[0]}') # Auto connect if only one sensor found selected_device = input('Select a device: ') if len(found_devices) > 1 else 0 ble_device = found_devices[int(selected_device)] my_sensor.connect(ble_device) ``` ## Step 4: View Device Sensor(s) A device can have one or more on-board sensors. To view the list of sensors use the command `my_sensor.get_sensor_list()`. This returns a list of sensor names that a device has. ## Step 5: View Device Measurement(s) Each sensor in the device can have one or more measurements. If you want to view all the measurements that a device has, use the command `my_sensor.get_measurement_list()`. To view only the measurements that a sensor has, use the sensor name (from the list in Step 4) like this `my_sensor.get_measurement_list('WirelessWeatherSensor')`. ## Step 6: Start collecting data! The measurement variable names come from Step 4 To read the `Temperature` `my_temperature_sensor.read_data('Temperature')` To read the `RelativeHumidity` `my_weather_sensor.read_data('RelativeHumidity')` To read a multiple measurements at one time `my_weather_sensor.read_data_list(['Temperature','RelativeHumidity'])` To get the units for a single measurement `my_temperature_sensor.get_measurement_unit('Temperature')` To get the units for a list of measurements %prep %autosetup -n pasco-0.3.62 %build %py3_build %install %py3_install install -d -m755 %{buildroot}/%{_pkgdocdir} if [ -d doc ]; then cp -arf doc %{buildroot}/%{_pkgdocdir}; fi if [ -d docs ]; then cp -arf docs %{buildroot}/%{_pkgdocdir}; fi if [ -d example ]; then cp -arf example %{buildroot}/%{_pkgdocdir}; fi if [ -d examples ]; then cp -arf examples %{buildroot}/%{_pkgdocdir}; fi pushd %{buildroot} if [ -d usr/lib ]; then find usr/lib -type f -printf "\"/%h/%f\"\n" >> filelist.lst fi if [ -d usr/lib64 ]; then find usr/lib64 -type f -printf "\"/%h/%f\"\n" >> filelist.lst fi if [ -d usr/bin ]; then find usr/bin -type f -printf "\"/%h/%f\"\n" >> filelist.lst fi if [ -d usr/sbin ]; then find usr/sbin -type f -printf "\"/%h/%f\"\n" >> filelist.lst fi touch doclist.lst if [ -d usr/share/man ]; then find usr/share/man -type f -printf "\"/%h/%f.gz\"\n" >> doclist.lst fi popd mv %{buildroot}/filelist.lst . mv %{buildroot}/doclist.lst . %files -n python3-pasco -f filelist.lst %dir %{python3_sitelib}/* %files help -f doclist.lst %{_docdir}/* %changelog * Fri Jun 09 2023 Python_Bot - 0.3.62-1 - Package Spec generated