kyoketsu

type AssetHandler struct {
	Root      embed.FS // Should be able to use anything that implements the fs.FS interface for serving asset files
	EmbedRoot string   // This is the root of the embeded file system
	RelPath   string   // The path that will be used for the handler, relative to the root of the webserver (/static, /assets, etc)
}

type ExecutionHandler struct {
	DbHook     TopologyDatabaseIO
	TableEntry *template.Template
	PortMap    []int
}

type Host struct {
	Fqdn           string // The FQDN of the address targeted as per the systems default resolver
	IpAddress      string // the IPv4 address (no ipv6 support yet)
	PingResponse   bool   // boolean value representing if the host responded to ICMP
	ListeningPorts []int  // list of maps depicting a port number -> service name
	PortString     string
	Id             int64
}

type HtmlHandler struct {
	Home   *template.Template // pointer to the HTML homepage
	DbHook TopologyDatabaseIO
}

type IpSubnetMapper struct {
	Ipv4s       []net.IP `json:"addresses"`
	NetworkAddr net.IP
	Current     net.IP
	Mask        int
}

type NetworkInterfaceNotFound struct{ Passed string }

type PortScanResult struct {
	// This is used to represent the results of a port scan against one host
	PortNumber int    `json:"port_number"` // The port number that was scanned
	Service    string `json:"service"`     // the name of the service that the port was identified/mapped to
	Protocol   string `json:"protocol"`    // The IP protocol (TCP/UDP)
	Listening  bool   `json:"listening"`   // A boolean value that depicts if the service is listening or not
}

type PromptEntry struct {
	HostAddress    string
	NetworkAddress string
	Cidr           string
	SubnetMask     string
	InterfaceName  string
	MacAddress     string
}

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

type ScanRequest struct {
	IpAddress string `json:"ip_address"`
}

type TopologyDatabaseIO interface {
	/*
			This interface defines the Input and output methods that will be necessary
		    for an appropriate implementation of the data storage that the distributed system will use.
		    When I get around to implementing the client-to-client format of this, it could be anything.
	*/
	Migrate() error
	Create(host Host) (*Host, error)
	All() ([]Host, error)
	GetByIP(ip string) (*Host, error)
	Update(id int64, updated Host) (*Host, error)
	Delete(id int64) error
}

type TuiSelectionFeed struct {
	Choice []PromptEntry
}