%global _empty_manifest_terminate_build 0 Name: python-bardolph Version: 0.1.5 Release: 1 Summary: Simple scripting language for LIFX lights License: Apache License 2.0 URL: http://www.bardolph.org Source0: https://mirrors.nju.edu.cn/pypi/web/packages/b9/2a/c2e607e7dbf1c3d40dea5fbf8c75391976630fe26b9b3fcd39d903bace39/bardolph-0.1.5.tar.gz BuildArch: noarch Requires: python3-lifxlan %description ![logo](https://www.bardolph.org/logo.png) https://www.bardolph.org # Bardolph Project Al Fontes - [bardolph@fontes.org](mailto:bardolph@fontes.org) **Bardolph** is a facility for controlling LIFX (https://www.lifx.com) lights through a simple scripting language. It is targeted at people who would like to control or experiment with their lights in an automated way, using a minimal amount of coding. Using their names, you can control individual lights, groups or locations. Or, just pick a color for all the lights on your network. If you have any multi-zone lights, the language allows you to set colors for specific zones. The program does not use the Internet to access the bulbs, and no login is required; all of its communication occurs over the local WiFi network. You can edit scripts with a basic text editor and run them from the command line. The language may be missing some constructs you might expect, such as loops and arithmetic expressons, as it's still under development. However, it is also very simple, and should be usable by non-programmers. ## Quick Examples Here is a script, named `all_on.ls`, that will turn on all your lights: ``` duration 1.5 on all ``` You run it with: ``` lsrun all_on.ls ``` In this case, `lsrun` is a bash shell script that become available after you install Bardolph. The `duration` parameter says to slowly shut off the lights over a period of 1.5 seconds, which is a much nicer experience than abruptly turning them off with no dimming. Another example, `red.ls`, sets all the lights to a deep shade of red: ``` duration 1.5 hue 350 saturation 80 brightness 80 kelvin 2700 set all ``` To run it: ``` lsrun red.ls ``` The application executes in the foreground as long as a script is running. In this example, the application will run for 5 minutes. As a convenience, you can pass a script as a command-line parameter using `lsrun -s`, followed by the script code in a quoted string. For example, to turn off all the lights from the keyboard: ``` lsrun -s 'off all' ``` ## Web Server ![web screenshot](https://www.bardolph.org/web_mobile.png) The web server component makes scripts available in a user-friendly manner. It implements a simple web page that lists available scripts and provides a 1:1 mapping betwen scripts and URL's. The server is designed to run locally, on your WiFi network. For example, if have a machine with the hostname `myserver.local`, you could launch the `all_on.ls` script by going to `http://myserver.local/all-on` with any browser on your WiFi network. Because scripts can run over a long period of time, even indefinitely, a cheap, dedicated device like a Raspberry Pi is an ideal way to host the web server. ## Python API I've attempted to make it easy to use Bardolph scripts in your Python code. For some uses, this may be significantly easier than learning and using a full-purpose Python library. For example, here's a complete program that waits 5 seconds, turns all the lights off, and turns them on again after another 5 seconds: ``` from bardolph.controller import ls_module ls_module.configure() ls_module.queue_script('time 5 off all on all') ``` ## System Requirements The program has been tested on Python versions at or above 3.7. Because I haven't done any stress testing, I don't know the limits on script size. Note that the application loads the encoded script into memory before executing it. I've tested the program on MacOS Monterey 12.0.1, a Raspberry Pi Zero W controlling 6 devices, a Raspberry Pi 3 and Raspberry Pi 4. ## Go Try It For full documentation and download options, please see [the main website](http://www.bardolph.org). %package -n python3-bardolph Summary: Simple scripting language for LIFX lights Provides: python-bardolph BuildRequires: python3-devel BuildRequires: python3-setuptools BuildRequires: python3-pip %description -n python3-bardolph ![logo](https://www.bardolph.org/logo.png) https://www.bardolph.org # Bardolph Project Al Fontes - [bardolph@fontes.org](mailto:bardolph@fontes.org) **Bardolph** is a facility for controlling LIFX (https://www.lifx.com) lights through a simple scripting language. It is targeted at people who would like to control or experiment with their lights in an automated way, using a minimal amount of coding. Using their names, you can control individual lights, groups or locations. Or, just pick a color for all the lights on your network. If you have any multi-zone lights, the language allows you to set colors for specific zones. The program does not use the Internet to access the bulbs, and no login is required; all of its communication occurs over the local WiFi network. You can edit scripts with a basic text editor and run them from the command line. The language may be missing some constructs you might expect, such as loops and arithmetic expressons, as it's still under development. However, it is also very simple, and should be usable by non-programmers. ## Quick Examples Here is a script, named `all_on.ls`, that will turn on all your lights: ``` duration 1.5 on all ``` You run it with: ``` lsrun all_on.ls ``` In this case, `lsrun` is a bash shell script that become available after you install Bardolph. The `duration` parameter says to slowly shut off the lights over a period of 1.5 seconds, which is a much nicer experience than abruptly turning them off with no dimming. Another example, `red.ls`, sets all the lights to a deep shade of red: ``` duration 1.5 hue 350 saturation 80 brightness 80 kelvin 2700 set all ``` To run it: ``` lsrun red.ls ``` The application executes in the foreground as long as a script is running. In this example, the application will run for 5 minutes. As a convenience, you can pass a script as a command-line parameter using `lsrun -s`, followed by the script code in a quoted string. For example, to turn off all the lights from the keyboard: ``` lsrun -s 'off all' ``` ## Web Server ![web screenshot](https://www.bardolph.org/web_mobile.png) The web server component makes scripts available in a user-friendly manner. It implements a simple web page that lists available scripts and provides a 1:1 mapping betwen scripts and URL's. The server is designed to run locally, on your WiFi network. For example, if have a machine with the hostname `myserver.local`, you could launch the `all_on.ls` script by going to `http://myserver.local/all-on` with any browser on your WiFi network. Because scripts can run over a long period of time, even indefinitely, a cheap, dedicated device like a Raspberry Pi is an ideal way to host the web server. ## Python API I've attempted to make it easy to use Bardolph scripts in your Python code. For some uses, this may be significantly easier than learning and using a full-purpose Python library. For example, here's a complete program that waits 5 seconds, turns all the lights off, and turns them on again after another 5 seconds: ``` from bardolph.controller import ls_module ls_module.configure() ls_module.queue_script('time 5 off all on all') ``` ## System Requirements The program has been tested on Python versions at or above 3.7. Because I haven't done any stress testing, I don't know the limits on script size. Note that the application loads the encoded script into memory before executing it. I've tested the program on MacOS Monterey 12.0.1, a Raspberry Pi Zero W controlling 6 devices, a Raspberry Pi 3 and Raspberry Pi 4. ## Go Try It For full documentation and download options, please see [the main website](http://www.bardolph.org). %package help Summary: Development documents and examples for bardolph Provides: python3-bardolph-doc %description help ![logo](https://www.bardolph.org/logo.png) https://www.bardolph.org # Bardolph Project Al Fontes - [bardolph@fontes.org](mailto:bardolph@fontes.org) **Bardolph** is a facility for controlling LIFX (https://www.lifx.com) lights through a simple scripting language. It is targeted at people who would like to control or experiment with their lights in an automated way, using a minimal amount of coding. Using their names, you can control individual lights, groups or locations. Or, just pick a color for all the lights on your network. If you have any multi-zone lights, the language allows you to set colors for specific zones. The program does not use the Internet to access the bulbs, and no login is required; all of its communication occurs over the local WiFi network. You can edit scripts with a basic text editor and run them from the command line. The language may be missing some constructs you might expect, such as loops and arithmetic expressons, as it's still under development. However, it is also very simple, and should be usable by non-programmers. ## Quick Examples Here is a script, named `all_on.ls`, that will turn on all your lights: ``` duration 1.5 on all ``` You run it with: ``` lsrun all_on.ls ``` In this case, `lsrun` is a bash shell script that become available after you install Bardolph. The `duration` parameter says to slowly shut off the lights over a period of 1.5 seconds, which is a much nicer experience than abruptly turning them off with no dimming. Another example, `red.ls`, sets all the lights to a deep shade of red: ``` duration 1.5 hue 350 saturation 80 brightness 80 kelvin 2700 set all ``` To run it: ``` lsrun red.ls ``` The application executes in the foreground as long as a script is running. In this example, the application will run for 5 minutes. As a convenience, you can pass a script as a command-line parameter using `lsrun -s`, followed by the script code in a quoted string. For example, to turn off all the lights from the keyboard: ``` lsrun -s 'off all' ``` ## Web Server ![web screenshot](https://www.bardolph.org/web_mobile.png) The web server component makes scripts available in a user-friendly manner. It implements a simple web page that lists available scripts and provides a 1:1 mapping betwen scripts and URL's. The server is designed to run locally, on your WiFi network. For example, if have a machine with the hostname `myserver.local`, you could launch the `all_on.ls` script by going to `http://myserver.local/all-on` with any browser on your WiFi network. Because scripts can run over a long period of time, even indefinitely, a cheap, dedicated device like a Raspberry Pi is an ideal way to host the web server. ## Python API I've attempted to make it easy to use Bardolph scripts in your Python code. For some uses, this may be significantly easier than learning and using a full-purpose Python library. For example, here's a complete program that waits 5 seconds, turns all the lights off, and turns them on again after another 5 seconds: ``` from bardolph.controller import ls_module ls_module.configure() ls_module.queue_script('time 5 off all on all') ``` ## System Requirements The program has been tested on Python versions at or above 3.7. Because I haven't done any stress testing, I don't know the limits on script size. Note that the application loads the encoded script into memory before executing it. I've tested the program on MacOS Monterey 12.0.1, a Raspberry Pi Zero W controlling 6 devices, a Raspberry Pi 3 and Raspberry Pi 4. ## Go Try It For full documentation and download options, please see [the main website](http://www.bardolph.org). %prep %autosetup -n bardolph-0.1.5 %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-bardolph -f filelist.lst %dir %{python3_sitelib}/* %files help -f doclist.lst %{_docdir}/* %changelog * Wed May 10 2023 Python_Bot - 0.1.5-1 - Package Spec generated