workloads

type Backend zos.ZdbBackend

type Backends []Backend

type Deployment struct {
	Name             string
	NodeID           uint32
	SolutionType     string
	SolutionProvider *uint64
	NetworkName      string
	Disks            []Disk
	Zdbs             []ZDB
	Vms              []VM
	QSFS             []QSFS

	// computed
	NodeDeploymentID map[uint32]uint64
	ContractID       uint64
	IPrange          string
}

type DeploymentData struct {
	Version     int    `json:"version"`
	Type        string `json:"type"`
	Name        string `json:"name"`
	ProjectName string `json:"projectName"`
}

type Disk struct {
	Name        string `json:"name"`
	SizeGB      int    `json:"size"`
	Description string `json:"description"`
}

type GatewayFQDNProxy struct {
	// required
	NodeID uint32
	// Backends are list of backend ips
	Backends []zos.Backend
	// FQDN deployed on the node
	FQDN string
	// Name is the workload name
	Name string

	// optional
	// Passthrough whether to pass tls traffic or not
	TLSPassthrough bool
	// Network name to join
	Network      string
	Description  string
	SolutionType string

	// computed
	ContractID       uint64
	NodeDeploymentID map[uint32]uint64
}

type GatewayNameProxy struct {
	// Required
	NodeID uint32
	// Name the fully qualified domain name to use (cannot be present with Name)
	Name string
	// Backends are list of backend ips
	Backends []zos.Backend

	// Optional
	// Passthrough whether to pass tls traffic or not
	TLSPassthrough bool
	// Network name to join
	Network      string
	Description  string
	SolutionType string

	// computed
	// FQDN deployed on the node
	NodeDeploymentID map[uint32]uint64
	FQDN             string
	NameContractID   uint64
	ContractID       uint64
}

type Group struct {
	Backends Backends `json:"backends"`
}

type Groups []Group

type K8sCluster struct {
	Master      *K8sNode
	Workers     []K8sNode
	Token       string
	NetworkName string

	// optional
	SolutionType string
	SSHKey       string

	// computed
	NodesIPRange     map[uint32]gridtypes.IPNet
	NodeDeploymentID map[uint32]uint64
}

type K8sNode struct {
	Name           string `json:"name"`
	Node           uint32 `json:"node"`
	DiskSize       int    `json:"disk_size"`
	PublicIP       bool   `json:"publicip"`
	PublicIP6      bool   `json:"publicip6"`
	Planetary      bool   `json:"planetary"`
	Flist          string `json:"flist"`
	FlistChecksum  string `json:"flist_checksum"`
	ComputedIP     string `json:"computedip"`
	ComputedIP6    string `json:"computedip6"`
	PlanetaryIP    string `json:"planetary_ip"`
	MyceliumIP     string `json:"mycelium_ip"`
	MyceliumIPSeed []byte `json:"mycelium_ip_seed"`
	IP             string `json:"ip"`
	CPU            int    `json:"cpu"`
	Memory         int    `json:"memory"`
	NetworkName    string `json:"network_name"`
	Token          string `json:"token"`
	SSHKey         string `json:"ssh_key"`
	ConsoleURL     string `json:"console_url"`
}

type Metadata struct {
	Type                string   `json:"type"`
	Prefix              string   `json:"prefix"`
	EncryptionAlgorithm string   `json:"encryption_algorithm"`
	EncryptionKey       string   `json:"encryption_key"`
	Backends            Backends `json:"backends"`
}

type Mount struct {
	DiskName   string `json:"disk_name"`
	MountPoint string `json:"mount_point"`
}

type NetworkMetaData struct {
	Version      int          `json:"version"`
	UserAccesses []UserAccess `json:"user_accesses"`
}

type QSFS struct {
	Name                 string   `json:"name"`
	Description          string   `json:"description"`
	Cache                int      `json:"cache"`
	MinimalShards        uint32   `json:"minimal_shards"`
	ExpectedShards       uint32   `json:"expected_shards"`
	RedundantGroups      uint32   `json:"redundant_groups"`
	RedundantNodes       uint32   `json:"redundant_nodes"`
	MaxZDBDataDirSize    uint32   `json:"max_zdb_data_dir_size"`
	EncryptionAlgorithm  string   `json:"encryption_algorithm"`
	EncryptionKey        string   `json:"encryption_key"`
	CompressionAlgorithm string   `json:"compression_algorithm"`
	Metadata             Metadata `json:"metadata"`
	Groups               Groups   `json:"groups"`
	MetricsEndpoint      string   `json:"metrics_endpoint"`
}

type UserAccess struct {
	Subnet     string `json:"subnet"`
	PrivateKey string `json:"private_key"`
	NodeID     uint32 `json:"node_id"`
}

type VM struct {
	Name          string `json:"name"`
	Flist         string `json:"flist"`
	FlistChecksum string `json:"flist_checksum"`
	PublicIP      bool   `json:"publicip"`
	PublicIP6     bool   `json:"publicip6"`
	Planetary     bool   `json:"planetary"`
	Corex         bool   `json:"corex"` //TODO: Is it works ??
	ComputedIP    string `json:"computedip"`
	ComputedIP6   string `json:"computedip6"`
	PlanetaryIP   string `json:"planetary_ip"`
	MyceliumIP    string `json:"mycelium_ip"`
	IP            string `json:"ip"`
	// used to get the same mycelium ip for the vm.
	MyceliumIPSeed []byte            `json:"mycelium_ip_seed"`
	Description    string            `json:"description"`
	GPUs           []zos.GPU         `json:"gpus"`
	CPU            int               `json:"cpu"`
	Memory         int               `json:"memory"`
	RootfsSize     int               `json:"rootfs_size"`
	Entrypoint     string            `json:"entrypoint"`
	Mounts         []Mount           `json:"mounts"`
	Zlogs          []Zlog            `json:"zlogs"`
	EnvVars        map[string]string `json:"env_vars"`
	NetworkName    string            `json:"network_name"`
	ConsoleURL     string            `json:"console_url"`
}

type ZDB struct {
	Name        string   `json:"name"`
	Password    string   `json:"password"`
	Public      bool     `json:"public"`
	Size        int      `json:"size"`
	Description string   `json:"description"`
	Mode        string   `json:"mode"`
	IPs         []string `json:"ips"`
	Port        uint32   `json:"port"`
	Namespace   string   `json:"namespace"`
}

type ZNet struct {
	Name         string
	Description  string
	Nodes        []uint32
	IPRange      gridtypes.IPNet
	AddWGAccess  bool
	MyceliumKeys map[uint32][]byte

	// computed
	SolutionType     string
	AccessWGConfig   string
	ExternalIP       *gridtypes.IPNet
	ExternalSK       wgtypes.Key
	PublicNodeID     uint32
	NodesIPRange     map[uint32]gridtypes.IPNet
	NodeDeploymentID map[uint32]uint64

	WGPort map[uint32]int
	Keys   map[uint32]wgtypes.Key
}

type Zlog struct {
	Zmachine string `json:"zmachine"`
	Output   string `json:"output"`
}