driver

type DockerDriver struct {
	DriverContext
	fingerprint.StaticFingerprinter
}

type DockerDriverAuth struct {
	Username      string `mapstructure:"username"`       // username for the registry
	Password      string `mapstructure:"password"`       // password to access the registry
	Email         string `mapstructure:"email"`          // email address of the user who is allowed to access the registry
	ServerAddress string `mapstructure:"server_address"` // server address of the registry
}

type DockerDriverConfig struct {
	ImageName        string              `mapstructure:"image"`              // Container's Image Name
	Command          string              `mapstructure:"command"`            // The Command/Entrypoint to run when the container starts up
	Args             []string            `mapstructure:"args"`               // The arguments to the Command/Entrypoint
	NetworkMode      string              `mapstructure:"network_mode"`       // The network mode of the container - host, net and none
	PortMapRaw       []map[string]int    `mapstructure:"port_map"`           //
	PortMap          map[string]int      `mapstructure:"-"`                  // A map of host port labels and the ports exposed on the container
	Privileged       bool                `mapstructure:"privileged"`         // Flag to run the container in priviledged mode
	DNSServers       []string            `mapstructure:"dns_servers"`        // DNS Server for containers
	DNSSearchDomains []string            `mapstructure:"dns_search_domains"` // DNS Search domains for containers
	Hostname         string              `mapstructure:"hostname"`           // Hostname for containers
	LabelsRaw        []map[string]string `mapstructure:"labels"`             //
	Labels           map[string]string   `mapstructure:"-"`                  // Labels to set when the container starts up
	Auth             []DockerDriverAuth  `mapstructure:"auth"`               // Authentication credentials for a private Docker registry
}

type DockerHandle struct {
	// contains filtered or unexported fields
}

type Driver interface {
	// Drivers must support the fingerprint interface for detection
	fingerprint.Fingerprint

	// Start is used to being task execution
	Start(ctx *ExecContext, task *structs.Task) (DriverHandle, error)

	// Open is used to re-open a handle to a task
	Open(ctx *ExecContext, handleID string) (DriverHandle, error)
}

type DriverContext struct {
	// contains filtered or unexported fields
}

type DriverHandle interface {
	// Returns an opaque handle that can be used to re-open the handle
	ID() string

	// WaitCh is used to return a channel used wait for task completion
	WaitCh() chan *cstructs.WaitResult

	// Update is used to update the task if possible
	Update(task *structs.Task) error

	// Kill is used to stop the task
	Kill() error
}

type ExecContext struct {
	sync.Mutex

	// AllocDir contains information about the alloc directory structure.
	AllocDir *allocdir.AllocDir

	// Alloc ID
	AllocID string
}

type ExecDriver struct {
	DriverContext
	fingerprint.StaticFingerprinter
}

type ExecDriverConfig struct {
	ArtifactSource string   `mapstructure:"artifact_source"`
	Checksum       string   `mapstructure:"checksum"`
	Command        string   `mapstructure:"command"`
	Args           []string `mapstructure:"args"`
}

type Factory func(*DriverContext) Driver

type JavaDriver struct {
	DriverContext
	fingerprint.StaticFingerprinter
}

type JavaDriverConfig struct {
	JvmOpts        []string `mapstructure:"jvm_options"`
	ArtifactSource string   `mapstructure:"artifact_source"`
	Checksum       string   `mapstructure:"checksum"`
	Args           []string `mapstructure:"args"`
}

type QemuDriver struct {
	DriverContext
	fingerprint.StaticFingerprinter
}

type QemuDriverConfig struct {
	ArtifactSource string           `mapstructure:"artifact_source"`
	Checksum       string           `mapstructure:"checksum"`
	Accelerator    string           `mapstructure:"accelerator"`
	PortMap        []map[string]int `mapstructure:"port_map"` // A map of host port labels and to guest ports.
}

type RawExecDriver struct {
	DriverContext
	fingerprint.StaticFingerprinter
}

type RktDriver struct {
	DriverContext
	fingerprint.StaticFingerprinter
}

type RktDriverConfig struct {
	ImageName string   `mapstructure:"image"`
	Args      []string `mapstructure:"args"`
}