1{ 2 "$schema": "http://json-schema.org/draft-07/schema#", 3 "definitions": { 4 "IBMCFFPSConnector": { 5 "title": "IBM Common Form Factor (CFF) Power Supply connectors", 6 "description": "A schema associating an I2C endpoint and a GPIO for IBM CFF power supplies. In the entity-manager detector-configuration-reactor architecture, the daemon that supports IBM CFFPS is both a detector and reactor. It probes the endpoints described by this schema (reactor) and publishes the CFFPS FRU information (detector).", 7 "type": "object", 8 "properties": { 9 "Name": { 10 "type": "string" 11 }, 12 "Type": { 13 "enum": ["IBMCFFPSConnector"] 14 }, 15 "I2CBus": { 16 "description": "The I2C address on which to probe for a CFFPS.", 17 "type": "number" 18 }, 19 "I2CAddress": { 20 "description": "The I2C bus number on which to probe for a CFFPS.", 21 "type": "number" 22 }, 23 "NamedPresenceGpio": { 24 "description": "The name of the GPIO to monitor that indicates CFFPS plug state.", 25 "type": "string" 26 } 27 }, 28 "required": [ 29 "Name", 30 "Type", 31 "I2CBus", 32 "I2CAddress", 33 "NamedPresenceGpio" 34 ] 35 }, 36 "IBMCompatibleSystem": { 37 "title": "System compatibility", 38 "description": "Devicetree-like compatibility strings for systems, where a 'system' is roughly defined as the combination of a chassis and a mainboard. The strings should be used by applications to match the entity with entries or configuration in a hardware database. Strings appear in the list from most specific to most general. This allows an entity to express compatibility with a family of similar systems, in turn allowing an application to match a variety of systems with a single IBMCompatibleSystem entry. The recommended entry format is 'manufacturer,model' where the manufacturer is a string describing the name of the manufacturer and model specifies the model number.", 39 "type": "object", 40 "properties": { 41 "Name": { 42 "type": "string" 43 }, 44 "Type": { 45 "enum": ["IBMCompatibleSystem"] 46 }, 47 "Names": { 48 "type": "array", 49 "items": { 50 "enum": [ 51 "ibm,blueridge", 52 "ibm,blueridge-1s4u", 53 "ibm,blueridge-2u", 54 "ibm,blueridge-4u", 55 "ibm,bonnell", 56 "ibm,everest", 57 "ibm,fuji", 58 "ibm,rainier-2u", 59 "ibm,rainier-1s4u", 60 "ibm,rainier-4u", 61 "ibm,rainier" 62 ] 63 } 64 } 65 }, 66 "required": ["Name", "Type", "Names"] 67 }, 68 "PowerModeProperties": { 69 "title": "PowerMode Properties", 70 "description": "The default PowerMode properties for the system", 71 "type": "object", 72 "properties": { 73 "PowerMode": { 74 "description": "The default PowerMode to use prior to being set by a user.", 75 "enum": ["Static", "PowerSaving", "MaximumPerformance"] 76 }, 77 "IdlePowerSaverEnabled": { 78 "description": "Default state of idle power saver mode. Setting to true will enable idle power saver.", 79 "type": "boolean" 80 }, 81 "EnterUtilizationPercent": { 82 "description": "The default percentage of utilization that the system shall be lower than to enter idle power save. The value is in integer percentage values (10 = 10%). EnterUtilizationPercent must be <= ExitUtilizationPercent", 83 "type": "number", 84 "minimum": 1, 85 "maximum": 95 86 }, 87 "EnterUtilizationDwellTime": { 88 "description": "The default duration in seconds that the system is below the EnterUtilizationPercent before idle power save is activated.", 89 "type": "number", 90 "minimum": 10, 91 "maximum": 600 92 }, 93 "ExitUtilizationPercent": { 94 "description": "The default percentage of utilization that the system shall be above in order to exit idle power save. The value is in integer percentage values (10 = 10%). ExitUtilizationPercent must be >= EnterUtilizationPercent", 95 "type": "number", 96 "minimum": 5, 97 "maximum": 95 98 }, 99 "ExitUtilizationDwellTime": { 100 "description": "The default duration in seconds that the system is above the ExitUtilizationPercent before idle power save is deactivated.", 101 "type": "number", 102 "minimum": 10, 103 "maximum": 600 104 } 105 }, 106 "required": ["PowerMode", "IdlePowerSaverEnabled"] 107 } 108 } 109} 110