%global _empty_manifest_terminate_build 0 Name: python-opus20 Version: 1.0.1 Release: 1 Summary: Interface to Lufft OPUS20 devices License: GPL URL: https://pypi.org/project/opus20/ Source0: https://mirrors.aliyun.com/pypi/web/packages/81/a7/814ed6ece23becdcde23133887b5da23b0b329ed9d0f4bfaa43f8b47bc73/opus20-1.0.1.tar.gz BuildArch: noarch %description opus20 - a Python interface to the OPUS20 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This is a *opus20*, a Python software to query the temperature / humidity / air pressure logging device OPUS20 produced by Lufft. The source code is `managed on Github: pklaus/opus20 `__. The Python package is also `registered on PyPI `__ for easy installation. Requirements and Installation ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The only strict requirement for the bare opus20 package is Python version 3.3+. Then, the package can be installed via pip directly from PyPI: :: pip install --upgrade opus20 The package comes with an (optional) plot web server, too. It depends on some more Python packages. To install those requirements as well, run this command: :: pip install --upgrade opus20[webserver] This will install further packages like jinja2, bottle, matplotlib, pandas, and numpy. (Installing matplotlib may also require you to install the python development package for Python 3.) Usage ^^^^^ The Python package installs a command line tool to query the device for current values. It's called ``opus20_cli``. Here is how to get a list of all available *channels* from the device: :: philipp@lion:~> opus20_cli 192.168.1.55 list Channel 100 (0x0064): CUR temperature unit: °C offset: ±10.0 logging: no Channel 120 (0x0078): MIN temperature unit: °C offset: ±10.0 logging: no Channel 140 (0x008C): MAX temperature unit: °C offset: ±10.0 logging: no Channel 160 (0x00A0): AVG temperature unit: °C offset: ±10.0 logging: yes Channel 105 (0x0069): CUR temperature unit: °F offset: 0.0 logging: no Channel 125 (0x007D): MIN temperature unit: °F offset: 0.0 logging: no Channel 145 (0x0091): MAX temperature unit: °F offset: 0.0 logging: no Channel 165 (0x00A5): AVG temperature unit: °F offset: 0.0 logging: no Channel 200 (0x00C8): CUR relative humidity unit: % offset: ±30.0 logging: no Channel 220 (0x00DC): MIN relative humidity unit: % offset: ±30.0 logging: no Channel 240 (0x00F0): MAX relative humidity unit: % offset: ±30.0 logging: no Channel 260 (0x0104): AVG relative humidity unit: % offset: ±30.0 logging: yes Channel 205 (0x00CD): CUR absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 225 (0x00E1): MIN absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 245 (0x00F5): MAX absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 265 (0x0109): AVG absolute humidity unit: g/m³ offset: 0.0 logging: yes Channel 110 (0x006E): CUR dewpoint unit: °C offset: 0.0 logging: no Channel 130 (0x0082): MIN dewpoint unit: °C offset: 0.0 logging: no Channel 150 (0x0096): MAX dewpoint unit: °C offset: 0.0 logging: no Channel 170 (0x00AA): AVG dewpoint unit: °C offset: 0.0 logging: yes Channel 115 (0x0073): CUR dewpoint unit: °F offset: 0.0 logging: no Channel 135 (0x0087): MIN dewpoint unit: °F offset: 0.0 logging: no Channel 155 (0x009B): MAX dewpoint unit: °F offset: 0.0 logging: no Channel 175 (0x00AF): AVG dewpoint unit: °F offset: 0.0 logging: no Channel 10020 (0x2724): CUR battery voltage unit: V offset: 0.0 logging: no Channel 10040 (0x2738): MIN battery voltage unit: V offset: 0.0 logging: no Channel 10060 (0x274C): MAX battery voltage unit: V offset: 0.0 logging: no Channel 10080 (0x2760): AVG battery voltage unit: V offset: 0.0 logging: yes Asking for the value of a channel works like this: :: philipp@lion:~> opus20_cli 192.168.1.55 get 0x0064 24.712 You can also download the values stored on the device and store them in a file: :: philipp@lion:~> opus20_cli --loglevel INFO 192.168.1.55 download log_data.pickle INFO:opus20.opus20:Connected to device with ID: EC9C0A06B183 INFO:opus_cli:script running time (net): 1.208517 seconds. philipp@lion:~> Here is an overview of all the possible CLI commands: :: # List all possible channels: opus20_cli 192.168.1.55 list # Get the values for the specified channels (CUR, MIN, MAX temperature in °C): opus20_cli 192.168.1.55 get 0x0064 0x0078 0x008C # Download the latest log data and merge it into a persistant data file: opus20_cli 192.168.1.55 download opus20.PickleStore.p # Check if logging in general is enabled on the device: opus20_cli 192.168.1.55 logging status opus20_cli 192.168.1.55 logging start opus20_cli 192.168.1.55 logging stop # Or clear the log: opus20_cli 192.168.1.55 logging clear # Enable or disable logging for individual channels: opus20_cli 192.168.1.55 enable 0x0064 0x0078 0x008C opus20_cli 192.168.1.55 disable 0x00CD 0x00E1 0x00F5 Author ^^^^^^ - (c) 2015, Philipp Klaus klaus@physik.uni-frankfurt.de Ported the software to Python, extended and packaged it. - (c) 2012, `Ondics GmbH `__ githubler@ondics.de The author of the `original scripts `__ (written as Bash scripts + netcat & gawk) License ^^^^^^^ GPLv3 %package -n python3-opus20 Summary: Interface to Lufft OPUS20 devices Provides: python-opus20 BuildRequires: python3-devel BuildRequires: python3-setuptools BuildRequires: python3-pip %description -n python3-opus20 opus20 - a Python interface to the OPUS20 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This is a *opus20*, a Python software to query the temperature / humidity / air pressure logging device OPUS20 produced by Lufft. The source code is `managed on Github: pklaus/opus20 `__. The Python package is also `registered on PyPI `__ for easy installation. Requirements and Installation ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The only strict requirement for the bare opus20 package is Python version 3.3+. Then, the package can be installed via pip directly from PyPI: :: pip install --upgrade opus20 The package comes with an (optional) plot web server, too. It depends on some more Python packages. To install those requirements as well, run this command: :: pip install --upgrade opus20[webserver] This will install further packages like jinja2, bottle, matplotlib, pandas, and numpy. (Installing matplotlib may also require you to install the python development package for Python 3.) Usage ^^^^^ The Python package installs a command line tool to query the device for current values. It's called ``opus20_cli``. Here is how to get a list of all available *channels* from the device: :: philipp@lion:~> opus20_cli 192.168.1.55 list Channel 100 (0x0064): CUR temperature unit: °C offset: ±10.0 logging: no Channel 120 (0x0078): MIN temperature unit: °C offset: ±10.0 logging: no Channel 140 (0x008C): MAX temperature unit: °C offset: ±10.0 logging: no Channel 160 (0x00A0): AVG temperature unit: °C offset: ±10.0 logging: yes Channel 105 (0x0069): CUR temperature unit: °F offset: 0.0 logging: no Channel 125 (0x007D): MIN temperature unit: °F offset: 0.0 logging: no Channel 145 (0x0091): MAX temperature unit: °F offset: 0.0 logging: no Channel 165 (0x00A5): AVG temperature unit: °F offset: 0.0 logging: no Channel 200 (0x00C8): CUR relative humidity unit: % offset: ±30.0 logging: no Channel 220 (0x00DC): MIN relative humidity unit: % offset: ±30.0 logging: no Channel 240 (0x00F0): MAX relative humidity unit: % offset: ±30.0 logging: no Channel 260 (0x0104): AVG relative humidity unit: % offset: ±30.0 logging: yes Channel 205 (0x00CD): CUR absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 225 (0x00E1): MIN absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 245 (0x00F5): MAX absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 265 (0x0109): AVG absolute humidity unit: g/m³ offset: 0.0 logging: yes Channel 110 (0x006E): CUR dewpoint unit: °C offset: 0.0 logging: no Channel 130 (0x0082): MIN dewpoint unit: °C offset: 0.0 logging: no Channel 150 (0x0096): MAX dewpoint unit: °C offset: 0.0 logging: no Channel 170 (0x00AA): AVG dewpoint unit: °C offset: 0.0 logging: yes Channel 115 (0x0073): CUR dewpoint unit: °F offset: 0.0 logging: no Channel 135 (0x0087): MIN dewpoint unit: °F offset: 0.0 logging: no Channel 155 (0x009B): MAX dewpoint unit: °F offset: 0.0 logging: no Channel 175 (0x00AF): AVG dewpoint unit: °F offset: 0.0 logging: no Channel 10020 (0x2724): CUR battery voltage unit: V offset: 0.0 logging: no Channel 10040 (0x2738): MIN battery voltage unit: V offset: 0.0 logging: no Channel 10060 (0x274C): MAX battery voltage unit: V offset: 0.0 logging: no Channel 10080 (0x2760): AVG battery voltage unit: V offset: 0.0 logging: yes Asking for the value of a channel works like this: :: philipp@lion:~> opus20_cli 192.168.1.55 get 0x0064 24.712 You can also download the values stored on the device and store them in a file: :: philipp@lion:~> opus20_cli --loglevel INFO 192.168.1.55 download log_data.pickle INFO:opus20.opus20:Connected to device with ID: EC9C0A06B183 INFO:opus_cli:script running time (net): 1.208517 seconds. philipp@lion:~> Here is an overview of all the possible CLI commands: :: # List all possible channels: opus20_cli 192.168.1.55 list # Get the values for the specified channels (CUR, MIN, MAX temperature in °C): opus20_cli 192.168.1.55 get 0x0064 0x0078 0x008C # Download the latest log data and merge it into a persistant data file: opus20_cli 192.168.1.55 download opus20.PickleStore.p # Check if logging in general is enabled on the device: opus20_cli 192.168.1.55 logging status opus20_cli 192.168.1.55 logging start opus20_cli 192.168.1.55 logging stop # Or clear the log: opus20_cli 192.168.1.55 logging clear # Enable or disable logging for individual channels: opus20_cli 192.168.1.55 enable 0x0064 0x0078 0x008C opus20_cli 192.168.1.55 disable 0x00CD 0x00E1 0x00F5 Author ^^^^^^ - (c) 2015, Philipp Klaus klaus@physik.uni-frankfurt.de Ported the software to Python, extended and packaged it. - (c) 2012, `Ondics GmbH `__ githubler@ondics.de The author of the `original scripts `__ (written as Bash scripts + netcat & gawk) License ^^^^^^^ GPLv3 %package help Summary: Development documents and examples for opus20 Provides: python3-opus20-doc %description help opus20 - a Python interface to the OPUS20 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This is a *opus20*, a Python software to query the temperature / humidity / air pressure logging device OPUS20 produced by Lufft. The source code is `managed on Github: pklaus/opus20 `__. The Python package is also `registered on PyPI `__ for easy installation. Requirements and Installation ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The only strict requirement for the bare opus20 package is Python version 3.3+. Then, the package can be installed via pip directly from PyPI: :: pip install --upgrade opus20 The package comes with an (optional) plot web server, too. It depends on some more Python packages. To install those requirements as well, run this command: :: pip install --upgrade opus20[webserver] This will install further packages like jinja2, bottle, matplotlib, pandas, and numpy. (Installing matplotlib may also require you to install the python development package for Python 3.) Usage ^^^^^ The Python package installs a command line tool to query the device for current values. It's called ``opus20_cli``. Here is how to get a list of all available *channels* from the device: :: philipp@lion:~> opus20_cli 192.168.1.55 list Channel 100 (0x0064): CUR temperature unit: °C offset: ±10.0 logging: no Channel 120 (0x0078): MIN temperature unit: °C offset: ±10.0 logging: no Channel 140 (0x008C): MAX temperature unit: °C offset: ±10.0 logging: no Channel 160 (0x00A0): AVG temperature unit: °C offset: ±10.0 logging: yes Channel 105 (0x0069): CUR temperature unit: °F offset: 0.0 logging: no Channel 125 (0x007D): MIN temperature unit: °F offset: 0.0 logging: no Channel 145 (0x0091): MAX temperature unit: °F offset: 0.0 logging: no Channel 165 (0x00A5): AVG temperature unit: °F offset: 0.0 logging: no Channel 200 (0x00C8): CUR relative humidity unit: % offset: ±30.0 logging: no Channel 220 (0x00DC): MIN relative humidity unit: % offset: ±30.0 logging: no Channel 240 (0x00F0): MAX relative humidity unit: % offset: ±30.0 logging: no Channel 260 (0x0104): AVG relative humidity unit: % offset: ±30.0 logging: yes Channel 205 (0x00CD): CUR absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 225 (0x00E1): MIN absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 245 (0x00F5): MAX absolute humidity unit: g/m³ offset: 0.0 logging: no Channel 265 (0x0109): AVG absolute humidity unit: g/m³ offset: 0.0 logging: yes Channel 110 (0x006E): CUR dewpoint unit: °C offset: 0.0 logging: no Channel 130 (0x0082): MIN dewpoint unit: °C offset: 0.0 logging: no Channel 150 (0x0096): MAX dewpoint unit: °C offset: 0.0 logging: no Channel 170 (0x00AA): AVG dewpoint unit: °C offset: 0.0 logging: yes Channel 115 (0x0073): CUR dewpoint unit: °F offset: 0.0 logging: no Channel 135 (0x0087): MIN dewpoint unit: °F offset: 0.0 logging: no Channel 155 (0x009B): MAX dewpoint unit: °F offset: 0.0 logging: no Channel 175 (0x00AF): AVG dewpoint unit: °F offset: 0.0 logging: no Channel 10020 (0x2724): CUR battery voltage unit: V offset: 0.0 logging: no Channel 10040 (0x2738): MIN battery voltage unit: V offset: 0.0 logging: no Channel 10060 (0x274C): MAX battery voltage unit: V offset: 0.0 logging: no Channel 10080 (0x2760): AVG battery voltage unit: V offset: 0.0 logging: yes Asking for the value of a channel works like this: :: philipp@lion:~> opus20_cli 192.168.1.55 get 0x0064 24.712 You can also download the values stored on the device and store them in a file: :: philipp@lion:~> opus20_cli --loglevel INFO 192.168.1.55 download log_data.pickle INFO:opus20.opus20:Connected to device with ID: EC9C0A06B183 INFO:opus_cli:script running time (net): 1.208517 seconds. philipp@lion:~> Here is an overview of all the possible CLI commands: :: # List all possible channels: opus20_cli 192.168.1.55 list # Get the values for the specified channels (CUR, MIN, MAX temperature in °C): opus20_cli 192.168.1.55 get 0x0064 0x0078 0x008C # Download the latest log data and merge it into a persistant data file: opus20_cli 192.168.1.55 download opus20.PickleStore.p # Check if logging in general is enabled on the device: opus20_cli 192.168.1.55 logging status opus20_cli 192.168.1.55 logging start opus20_cli 192.168.1.55 logging stop # Or clear the log: opus20_cli 192.168.1.55 logging clear # Enable or disable logging for individual channels: opus20_cli 192.168.1.55 enable 0x0064 0x0078 0x008C opus20_cli 192.168.1.55 disable 0x00CD 0x00E1 0x00F5 Author ^^^^^^ - (c) 2015, Philipp Klaus klaus@physik.uni-frankfurt.de Ported the software to Python, extended and packaged it. - (c) 2012, `Ondics GmbH `__ githubler@ondics.de The author of the `original scripts `__ (written as Bash scripts + netcat & gawk) License ^^^^^^^ GPLv3 %prep %autosetup -n opus20-1.0.1 %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-opus20 -f filelist.lst %dir %{python3_sitelib}/* %files help -f doclist.lst %{_docdir}/* %changelog * Fri Jun 09 2023 Python_Bot - 1.0.1-1 - Package Spec generated