domain

type APIClient interface {
	Emit(eventType ProvisioningEventType, machineID, message string) error
	AddProvisioningEvent(machineID string, event *models.V1MachineProvisioningEvent) error
	FindMachine(id string) (*models.V1MachineResponse, error)
	FindMachines(mac string) (int, []*models.V1MachineResponse)
	FindPartition(id string) (*models.V1PartitionResponse, error)
	RegisterMachine(machineID string, request *MetalHammerRegisterMachineRequest) (int, *models.V1MachineResponse)
	AbortReinstall(machineID string, request *MetalHammerAbortReinstallRequest) (int, *models.V1BootInfo)
	IPMIConfig(machineID string) (*IPMIConfig, error)
	FinalizeAllocation(machineID, consolePassword string, report *Report) (*machine.FinalizeAllocationOK, error)
	RegisterSwitch() (*models.V1SwitchResponse, error)
	ConstantlyPhoneHome()
	SetChassisIdentifyLEDStateOn(machineID, description string) error
	SetChassisIdentifyLEDStateOff(machineID, description string) error
}

type AppContext struct {
	*Config
	*BootConfig

	MachineClient   *machine.Client
	SwitchClient    *sw.Client
	PartitionClient *partition.Client

	Auth    runtime.ClientAuthInfoWriter
	DevMode bool
	// contains filtered or unexported fields
}

type BootConfig struct {
	MetalHammerImageURL    string
	MetalHammerKernelURL   string
	MetalHammerCommandLine string
}

type BootResponse struct {
	Kernel      string   `json:"kernel,omitempty"`
	InitRamDisk []string `json:"initrd"`
	CommandLine string   `json:"cmdline,omitempty"`
}

type ChangeBootOrder struct {
	HD   bool `json:"hd,omitempty" description:"whether to boot from Disk"`
	PXE  bool `json:"pxe,omitempty" description:"whether to boot from PXE"`
	BIOS bool `json:"bios,omitempty" description:"whether to boot into BIOS"`
}

type Config struct {
	// Valid log levels are: DEBUG, INFO, WARN, ERROR, FATAL and PANIC
	CIDR                      string        `required:"true" desc:"set the metal core CIDR"`
	PartitionID               string        `required:"true" desc:"set the partition ID" envconfig:"partition_id"`
	RackID                    string        `required:"true" desc:"set the rack ID" envconfig:"rack_id"`
	BindAddress               string        `required:"false" default:"0.0.0.0" desc:"set server bind address" split_words:"true"`
	MetricsServerPort         int           `required:"false" default:"2112" desc:"the port of the metrics server" split_words:"true"`
	MetricsServerBindAddress  string        `required:"false" default:"0.0.0.0" desc:"the bind addr of the metrics server" split_words:"true"`
	Port                      int           `required:"false" default:"4242" desc:"set server port"`
	LogLevel                  string        `required:"false" default:"info" desc:"set log level" split_words:"true"`
	ConsoleLogging            bool          `required:"false" default:"true" desc:"enable/disable console logging" split_words:"true"`
	ApiProtocol               string        `required:"false" default:"http" desc:"set metal api protocol" envconfig:"metal_api_protocol"`
	ApiIP                     string        `required:"false" default:"localhost" desc:"set metal api address" envconfig:"metal_api_ip"`
	ApiPort                   int           `required:"false" default:"8080" desc:"set metal api port" envconfig:"metal_api_port"`
	ApiBasePath               string        `required:"false" default:"" desc:"set metal api basepath" envconfig:"metal_api_basepath"`
	MQAddress                 string        `required:"false" default:"localhost:4161" desc:"set the MQ server address" envconfig:"mq_address"`
	MQCACertFile              string        `required:"false" default:"" desc:"the CA certificate file for verifying MQ certificate" envconfig:"mq_ca_cert_file"`
	MQClientCertFile          string        `required:"false" default:"" desc:"the client certificate file for accessing MQ" envconfig:"mq_client_cert_file"`
	MQLogLevel                string        `required:"false" default:"info" desc:"sets the MQ loglevel (debug, info, warn, error)" envconfig:"mq_loglevel"`
	MachineTopic              string        `required:"false" default:"machine" desc:"set the machine topic name" split_words:"true"`
	MachineTopicTTL           int           `required:"false" default:"30000" desc:"sets the TTL in milliseconds for MachineTopic" envconfig:"machine_topic_ttl"`
	LoopbackIP                string        `required:"false" default:"10.0.0.11" desc:"set the loopback ip address that is used with BGP unnumbered" split_words:"true"`
	ASN                       string        `required:"false" default:"420000011" desc:"set the ASN that is used with BGP"`
	SpineUplinks              string        `required:"false" default:"swp31,swp32" desc:"set the ports that are connected to spines" split_words:"true"`
	ManagementGateway         string        `required:"false" default:"192.168.0.1" desc:"the default gateway for the management network" split_words:"true"`
	ReconfigureSwitch         bool          `required:"false" default:"false" desc:"let metal-core reconfigure the switch" split_words:"true"`
	ReconfigureSwitchInterval time.Duration `required:"false" default:"10s" desc:"pull interval to fetch and apply switch configuration" split_words:"true"`
	AdditionalBridgeVIDs      []string      `` /* 129-byte string literal not displayed */
	AdditionalBridgePorts     []string      `` /* 134-byte string literal not displayed */
	ChangeBootOrder           bool          `required:"false" default:"true" desc:"issue ipmi commands to change boot order" split_words:"true"`
	InterfacesTplFile         string        `` /* 162-byte string literal not displayed */
	FrrTplFile                string        `` /* 149-byte string literal not displayed */
	HMACKey                   string        `required:"true" desc:"the preshared key for the hmac calculation" envconfig:"hmac_key"`
	GrpcAddress               string        `required:"true" default:"" desc:"the gRPC address" envconfig:"grpc_address"`
	GrpcCACertFile            string        `required:"false" desc:"the gRPC CA certificate file" envconfig:"grpc_ca_cert_file"`
	GrpcClientCertFile        string        `required:"false" desc:"the gRPC client certificate file" envconfig:"grpc_client_cert_file"`
	GrpcClientKeyFile         string        `required:"false" desc:"the gRPC client key file" envconfig:"grpc_client_key_file"`
}

type EndpointHandler interface {
	NewBootService() *restful.WebService
	NewMachineService() *restful.WebService
	NewCertsService() *restful.WebService

	FindMachine(request *restful.Request, response *restful.Response)
	Boot(request *restful.Request, response *restful.Response)
	AbortReinstall(request *restful.Request, response *restful.Response)
	Register(request *restful.Request, response *restful.Response)
	Report(request *restful.Request, response *restful.Response)

	GrpcClientCert(request *restful.Request, response *restful.Response)
}

type EventHandler interface {
	FreeMachine(machineID string)
	PowerOnMachine(machineID string)
	PowerOffMachine(machineID string)
	PowerResetMachine(machineID string)
	BootBiosMachine(machineID string)
	ReinstallMachine(machineID string)

	PowerOnChassisIdentifyLED(machineID, description string)
	PowerOffChassisIdentifyLED(machineID, description string)

	ReconfigureSwitch()
}

type EventType string

type GrpcResponse struct {
	Address string `json:"address,omitempty"`
	CACert  string `json:"ca_cert,omitempty"`
	Cert    string `json:"cert,omitempty"`
	Key     string `json:"key,omitempty"`
}

type IPMIConfig struct {
	Hostname string
	Port     int
	Ipmi     *models.V1MachineIPMI
}

type MachineCommand string

type MachineEvent struct {
	Type         EventType           `json:"type,omitempty"`
	OldMachineID string              `json:"old,omitempty"`
	NewMachineID string              `json:"new,omitempty"`
	Cmd          *MachineExecCommand `json:"cmd,omitempty"`
}

type MachineExecCommand struct {
	TargetMachineID string         `json:"target,omitempty"`
	Command         MachineCommand `json:"cmd,omitempty"`
	Params          []string       `json:"params,omitempty"`
}

type MetalHammerAbortReinstallRequest struct {
	PrimaryDiskWiped bool `json:"primary_disk_wiped" description:"whether the primary disk is already wiped"`
}

type MetalHammerRegisterMachineRequest struct {
	models.V1MachineHardwareExtended
	UUID string                `json:"uuid,omitempty" description:"the uuid of the machine to register"`
	IPMI *models.V1MachineIPMI `json:"ipmi" description:"the IPMI connection configuration"`
	BIOS *models.V1MachineBIOS `json:"bios" description:"the Bios configuration"`
}

type ProvisioningEventType string

type Report struct {
	Success         bool   `json:"success,omitempty" description:"true if installation succeeded"`
	Message         string `json:"message" description:"if installation failed, the error message"`
	ConsolePassword string `json:"console_password" description:"the console password which was generated while provisioning"`
	PrimaryDisk     string `json:"primary_disk" description:"the disk having a partition on which the OS is installed"`
	OSPartition     string `json:"os_partition" description:"the partition on which the OS is installed"`
	Initrd          string `json:"initrd" description:"the initrd"`
	Cmdline         string `json:"cmdline" description:"the cmdline"`
	Kernel          string `json:"kernel" description:"the kernel"`
	BootloaderID    string `json:"bootloaderid" description:"the bootloader ID"`
}

type Server interface {
	Run()
}