config

type BaseConfig struct {
	Pid    uint64 `json:"pid"`
	Uid    uint64 `json:"uid"`
	Listen string `json:"listen"` // listen address, default: 127.0.0.1:28256

	// mapSizeKB
	PerCpuMapSize      int    `json:"per_cpu_map_size"` // ebpf map size for per Cpu.   see https://github.com/gojue/ecapture/issues/433 .
	IsHex              bool   `json:"is_hex"`
	Debug              bool   `json:"debug"`
	BtfMode            uint8  `json:"btf_mode"`
	LoggerAddr         string `json:"logger_addr"`          // logger address
	LoggerType         uint8  `json:"logger_type"`          // 0:stdout, 1:file, 2:tcp
	EventCollectorAddr string `json:"event_collector_addr"` // the server address that receives the captured event
}

type BashConfig struct {
	BaseConfig
	Bashpath         string `json:"bashpath"` //bash的文件路径
	Readline         string `json:"readline"`
	ErrNo            int
	ElfType          uint8 //
	ReadlineFuncName string
}

type FuncOffsets struct {
	Start   uint64
	Returns []uint64
}

type GnutlsConfig struct {
	BaseConfig
	//Curl path string `json:"curlpath"` //curl的文件路径
	Gnutls  string `json:"gnutls"`
	ElfType uint8  //
}

type GoTLSConfig struct {
	BaseConfig
	Path       string `json:"path"`       // golang application path to binary built with Go toolchain.
	PcapFile   string `json:"pcapFile"`   // pcapFile  the  raw  packets  to file rather than parsing and printing them out.
	KeylogFile string `json:"keylogFile"` // keylogFile  The file stores SSL/TLS keys, and eCapture captures these keys during encrypted traffic communication and saves them to the file.
	Model      string `json:"model"`      // model  such as : text, pcapng/pcap, key/keylog.
	Ifname     string `json:"ifName"`     // (TC Classifier) Interface name on which the probe will be attached.
	PcapFilter string `json:"pcapFilter"` // pcap filter

	Buildinfo             *buildinfo.BuildInfo
	ReadTlsAddrs          []int
	GoTlsWriteAddr        uint64
	GoTlsMasterSecretAddr uint64
	IsPieBuildMode        bool
	// contains filtered or unexported fields
}

type IConfig interface {
	Check() error //检测配置合法性
	GetPid() uint64
	GetUid() uint64
	GetHex() bool
	GetBTF() uint8
	GetDebug() bool
	SetPid(uint64)
	SetUid(uint64)
	SetHex(bool)
	SetBTF(uint8)
	SetDebug(bool)
	SetAddrType(uint8)
	SetEventCollectorAddr(string)
	GetEventCollectorAddr() string
	GetPerCpuMapSize() int
	SetPerCpuMapSize(int)
	EnableGlobalVar() bool //
	Bytes() []byte
}

type MysqldConfig struct {
	BaseConfig
	Mysqldpath  string     `json:"mysqldPath"` //curl的文件路径
	FuncName    string     `json:"funcName"`
	Offset      uint64     `json:"offset"`
	ElfType     uint8      //
	Version     MysqldType //
	VersionInfo string     // info
}

type MysqldType uint8

type NsprConfig struct {
	BaseConfig
	//Firefoxpath string `json:"firefoxpath"` //curl的文件路径
	Nsprpath string `json:"nsprpath"`
	ElfType  uint8  //
}

type OpensslConfig struct {
	BaseConfig
	// Curlpath   string `json:"curlPath"` //curl的文件路径
	Openssl    string `json:"openssl"`
	Model      string `json:"model"`      // eCapture Openssl capture model. text:pcap:keylog
	PcapFile   string `json:"pcapfile"`   // pcapFile  the  raw  packets  to file rather than parsing and printing them out.
	KeylogFile string `json:"keylog"`     // Keylog  The file stores SSL/TLS keys, and eCapture captures these keys during encrypted traffic communication and saves them to the file.
	Ifname     string `json:"ifname"`     // (TC Classifier) Interface name on which the probe will be attached.
	PcapFilter string `json:"pcapfilter"` // pcap filter
	SslVersion string `json:"sslversion"` // openssl version like 1.1.1a/1.1.1f/boringssl_1.1.1
	CGroupPath string `json:"cgrouppath"` // cgroup path, used for filter process
	ElfType    uint8  //
	IsAndroid  bool   //	is Android OS ?
	AndroidVer string // Android OS version
}

type PostgresConfig struct {
	BaseConfig
	PostgresPath string `json:"postgresPath"`
	FuncName     string `json:"funcName"`
}