5 The phosphor-power-sequencer application powers the chassis on/off and monitors
9 application uses information from the power sequencer device to determine the
12 ## Application  section in phosphor-power-sequencer
14 The application is a single-threaded C++ executable. It is a 'daemon' process
15 that runs continually. The application is launched by systemd when the BMC
18 The application is driven by an optional, system-specific JSON configuration
28 This application currently supports the following power sequencer device types:
38 - A BMC application or script sets the `state` property to 1 on the
40 - The phosphor-power-sequencer application writes the value 1 to the named GPIO
50 - The phosphor-power-sequencer application sets the `pgood` property to 1 on the
56 - A BMC application or script sets the `state` property to 0 on the
58 - The phosphor-power-sequencer application writes the value 0 to the named GPIO
64 - The phosphor-power-sequencer application sets the `pgood` property to 0 on the
83 chassis pgood signal changes from true to false. This application monitors the
93 - The power sequencer device type is supported by this application
96 If those requirements are met, the application will attempt to determine which
104 This application is configured by an optional JSON configuration file. The
114 If no configuration file is found for the current system, this application can
170 Automated test cases exist for most of the code in this application. See