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 Go to latest Published: Sep 19, 2026 License: Apache-2.0 Imports: 36 Imported by: 0

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Index

Constants

View Source 
const DEFAULT_USER_AGENT_PREFIX = "syver/"
View Source 
const USER_AGENT_HEADER_PREFIX = "user-agent:"

Variables

View Source 
var (
	ErrNullPackage            = errors.New("could not detect Package type on this system, please use --package flag to explicitly set it")
	ErrPackageVersionNotFound = errors.New("package version not found")
)
View Source 
var ErrFileOwnershipUnsupported = errors.New("file mode/owner/group is not supported on this platform")

ErrFileOwnershipUnsupported is returned by Mode, Owner, Uid, Group and Gid on Windows (system/file_windows.go) -- there is no POSIX mode/owner/group concept to report there. Following the sentinel-error idiom already used by registry (ErrRegistryUnsupported) and package (ErrNullPackage): a named, comparable error rather than a fabricated zero value with a nil error.

View Source 
var ErrKernelParamUnsupported = errors.New("kernel-param is not supported on this platform (no /proc/sys); on Windows use registry: instead")

ErrKernelParamUnsupported is returned by Exists when the host has no /proc/sys filesystem to query at all -- most notably Windows, which has no procfs concept, but any other host missing procfs hits the same path.

Value is a single os.ReadFile of the key's path under procSysPath, so a missing individual key and a missing /proc/sys tree both surface as the identical os.ErrNotExist -- there is no way to distinguish "this key does not exist on a real Linux host" from "there is no procfs at all here" from that one error alone (system/kernel_param.go's Trap 1 in FEAT-010). Instead of inspecting the leaf error, Exists checks whether the base directory itself is present: if it is not, nothing was actually learned about the specific key, and that must not be reported as false, nil. See SW-5.

View Source 
var ErrMountAttributeUnsupported = errors.New("mount: attribute not supported on this platform")

ErrMountAttributeUnsupported is returned by an attribute that has no meaning on the platform: opts, vfs-opts and source on Windows. An empty value with a nil error would let `opts: []` pass there for the wrong reason.

View Source 
var ErrMountUnsupported = errors.New("mount: not supported on this platform")

ErrMountUnsupported is returned when a mount lookup cannot be performed at all, as distinct from a lookup that ran and found nothing (ErrMountpointNotFound). Following the sentinel-error idiom already used by registry (ErrRegistryUnsupported), package (ErrNullPackage) and file (ErrFileOwnershipUnsupported).

On Windows it is what a mountpoint that is not a drive letter unwraps to: mount: covers drive letters only there, and a folder mount point is a scope limit, not a missing path. Returning ErrMountpointNotFound for it would blame the operator's path, which is the defect FEAT-013 removed when every Windows mount check still failed that way.

View Source 
var ErrMountpointNotFound = errors.New("mountpoint not found")

ErrMountpointNotFound is returned by getMount (and therefore by Exists) when the platform lookup ran and genuinely found no such mountpoint -- the common, everyday case for a path that simply isn't a separate mount. Exported (was errMountpointNotFound) so resource/mount.go's `add` path can distinguish this expected outcome from a genuine lookup failure (e.g. a timeout) rather than propagating both identically as a hard error. See FEAT-010 SW-10 / Trap 1's reasoning, applied here.

View Source 
var ErrRegistryUnsupported = errors.New("registry resource is only supported on Windows")
View Source 
var ErrServiceNotFound = errors.New("service not found")

ErrServiceNotFound is returned by Enabled and Running on Windows (system/service_windows.go) when the named service does not exist, instead of folding "does not exist" into "exists but is disabled/not running" -- the two used to be indistinguishable, so `service: TypoedName: {enabled: false}` passed. See FEAT-010 SW-4.

View Source 
var ErrServiceRunLevelsUnsupported = errors.New("service runlevels is not supported on this platform")

ErrServiceRunLevelsUnsupported is returned by RunLevels on Windows (system/service_windows.go), which has no SysV/systemd-style runlevel concept. RunLevels previously returned (nil, nil) there, so a spec ported from Linux that sets `runlevels:` got a ContainElements failure against a nil slice with no indication Windows was the reason. See FEAT-010 S-5.

Functions

func DNSlookup 

func DNSlookup(host string, server string, qtype string, timeout int) ([]string, error)

func DetectDistro 

func DetectDistro() string

DetectDistro attempts to detect which Linux distribution this computer is using. One of "ubuntu", "redhat" (including Centos), "alpine", "arch", or "debian". If it can't decide, it returns an empty string.

func DetectPackageManager 

func DetectPackageManager() string

DetectPackageManager attempts to detect whether or not the system is using "dpkg", "rpm", "apk", or "pacman" package managers. It first attempts to detect the distro. If that fails, it falls back to finding package manager executables. If that fails, it returns the empty string.

func DetectService 

func DetectService() string

DetectService attempts to detect what kind of service management the system is using, "systemd", "upstart", "alpineinit", or "init". It looks for systemctl command to detect systemd, and falls back on DetectDistro otherwise. If it can't decide, it returns "init".

func GetPorts 

func GetPorts() (map[string][]net.ConnectionStat, error)

GetPorts returns the set of listening TCP/UDP ports known to the OS's connection-table backend. Failures from individual protocol lookups are joined and returned rather than silently discarded: a missing/unreadable /proc/net/{tcp,udp}{,6} file is treated as "no ports" with no error, but a file that's readable yet contains a line that can't be parsed (e.g. an unexpected IP/port encoding) does return an error, which would otherwise present as every port on that protocol simply not listening. Each protocol is queried separately (rather than via a single "all" call) specifically to preserve this per-protocol error isolation.

func GetProcs 

func GetProcs() (map[string][]*process.Process, error)

func HasCommand 

func HasCommand(cmd string) bool

HasCommand returns whether or not an executable by this name is on the PATH.

func HeaderToArray 

func HeaderToArray(header http.Header) (res []string)

func IsSupportedPackageManager 

func IsSupportedPackageManager(p string) bool

IsSupportedPackageManager determines if p is a supported package manager

func LookupA 

func LookupA(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

A record lookup

func LookupAAAA 

func LookupAAAA(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

AAAA (IPv6) record lookup

func LookupCAA 

func LookupCAA(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

CAA record lookup

func LookupCNAME 

func LookupCNAME(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

CNAME record lookup

func LookupHost 

func LookupHost(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

A and AAAA record lookup - similar to net.LookupHost

func LookupMX 

func LookupMX(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

MX record lookup

func LookupNS 

func LookupNS(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

NS record lookup

func LookupPTR 

func LookupPTR(addr string, server string, c *dns.Client, m *dns.Msg) (name []string, err error)

PTR record lookup

func LookupSRV 

func LookupSRV(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

SRV record lookup

func LookupTXT 

func LookupTXT(host string, server string, c *dns.Client, m *dns.Msg) (addrs []string, err error)

TXT record lookup

func SupportedPackageManagers 

func SupportedPackageManagers() []string

SupportedPackageManagers is a list of package managers we support

Types

type Addr 

type Addr interface {
	Address() string
	Exists() (bool, error)
	Reachable() (bool, error)
}

func NewDefAddr 

func NewDefAddr(_ context.Context, address string, system *System, config util.Config) Addr

type AlpinePackage 

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

func (*AlpinePackage) Exists 

func (p *AlpinePackage) Exists() (bool, error)

func (*AlpinePackage) Installed 

func (p *AlpinePackage) Installed() (bool, error)

func (*AlpinePackage) Name 

func (p *AlpinePackage) Name() string

func (*AlpinePackage) Versions 

func (p *AlpinePackage) Versions() ([]string, error)

type Command 

type Command interface {
	Command() string
	Exists() (bool, error)
	ExitStatus() (int, error)
	Stdout() (io.Reader, error)
	Stderr() (io.Reader, error)
}

func NewDefCommand 

func NewDefCommand(ctx context.Context, command string, system *System, config util.Config) Command

type DNS 

type DNS interface {
	Host() string
	Addrs() ([]string, error)
	Resolvable() (bool, error)
	Exists() (bool, error)
	Server() string
	Qtype() string
}

func NewDefDNS 

func NewDefDNS(_ context.Context, host string, system *System, config util.Config) DNS

type DebPackage 

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

func (*DebPackage) Exists 

func (p *DebPackage) Exists() (bool, error)

func (*DebPackage) Installed 

func (p *DebPackage) Installed() (bool, error)

func (*DebPackage) Name 

func (p *DebPackage) Name() string

func (*DebPackage) Versions 

func (p *DebPackage) Versions() ([]string, error)

type DefAddr 

type DefAddr struct {
	LocalAddress string
	Timeout      int
	// contains filtered or unexported fields
}

func (*DefAddr) Address 

func (a *DefAddr) Address() string

func (*DefAddr) Exists 

func (a *DefAddr) Exists() (bool, error)

func (*DefAddr) ID 

func (a *DefAddr) ID() string

func (*DefAddr) Reachable 

func (a *DefAddr) Reachable() (bool, error)

type DefCommand 

type DefCommand struct {
	Ctx context.Context

	Timeout int
	// contains filtered or unexported fields
}

func (*DefCommand) Command 

func (c *DefCommand) Command() string

func (*DefCommand) Exists 

func (c *DefCommand) Exists() (bool, error)

Stub out

func (*DefCommand) ExitStatus 

func (c *DefCommand) ExitStatus() (int, error)

func (*DefCommand) Stderr 

func (c *DefCommand) Stderr() (io.Reader, error)

func (*DefCommand) Stdout 

func (c *DefCommand) Stdout() (io.Reader, error)

type DefDNS 

type DefDNS struct {
	Timeout int
	// contains filtered or unexported fields
}

func (*DefDNS) Addrs 

func (d *DefDNS) Addrs() ([]string, error)

func (*DefDNS) Exists 

func (d *DefDNS) Exists() (bool, error)

Stub out

func (*DefDNS) Host 

func (d *DefDNS) Host() string

func (*DefDNS) Qtype 

func (d *DefDNS) Qtype() string

func (*DefDNS) Resolvable 

func (d *DefDNS) Resolvable() (bool, error)

func (*DefDNS) Server 

func (d *DefDNS) Server() string

type DefFile 

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

func (*DefFile) Contents 

func (f *DefFile) Contents() (io.Reader, error)

func (*DefFile) Exists 

func (f *DefFile) Exists() (bool, error)

func (*DefFile) Filetype 

func (f *DefFile) Filetype() (string, error)

func (*DefFile) Gid 

func (f *DefFile) Gid() (int, error)

func (*DefFile) Group 

func (f *DefFile) Group() (string, error)

func (*DefFile) LinkedTo 

func (f *DefFile) LinkedTo() (string, error)

func (*DefFile) Md5 

func (f *DefFile) Md5() (string, error)

func (*DefFile) Mode 

func (f *DefFile) Mode() (string, error)

func (*DefFile) Owner 

func (f *DefFile) Owner() (string, error)

func (*DefFile) Path 

func (f *DefFile) Path() string

func (*DefFile) Sha256 

func (f *DefFile) Sha256() (string, error)

func (*DefFile) Sha512 

func (f *DefFile) Sha512() (string, error)

func (*DefFile) Size 

func (f *DefFile) Size() (int, error)

func (*DefFile) Uid 

func (f *DefFile) Uid() (int, error)

type DefGroup 

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

func (*DefGroup) Exists 

func (u *DefGroup) Exists() (bool, error)

Exists distinguishes "user.LookupGroup ran and genuinely found no such group" (groupLookupFoundNothing -- false, nil, unchanged) from every other failure (false, err), for the same reason as DefUser.Exists. See FEAT-010 SW-9 / Trap 1.

func (*DefGroup) GID 

func (u *DefGroup) GID() (int, error)

func (*DefGroup) Groupname 

func (u *DefGroup) Groupname() string

type DefHTTP 

type DefHTTP struct {
	RequestHeader      http.Header
	RequestQueryParams map[string][]string
	RequestBody        string
	Timeout            int

	Username string
	Password string
	CAFile   string
	CertFile string
	KeyFile  string
	Method   string
	Proxy    string
	// contains filtered or unexported fields
}

func (*DefHTTP) Body 

func (u *DefHTTP) Body() (io.Reader, error)

func (*DefHTTP) Close 

func (u *DefHTTP) Close() error

func (*DefHTTP) Exists 

func (u *DefHTTP) Exists() (bool, error)

func (*DefHTTP) HTTP 

func (u *DefHTTP) HTTP() string

func (*DefHTTP) Headers 

func (u *DefHTTP) Headers() (io.Reader, error)

func (*DefHTTP) ID 

func (u *DefHTTP) ID() string

func (*DefHTTP) SetAllowInsecure 

func (u *DefHTTP) SetAllowInsecure(t bool)

func (*DefHTTP) SetNoFollowRedirects 

func (u *DefHTTP) SetNoFollowRedirects(t bool)

func (*DefHTTP) Status 

func (u *DefHTTP) Status() (int, error)

type DefInterface 

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

func (*DefInterface) Addrs 

func (i *DefInterface) Addrs() ([]string, error)

func (*DefInterface) Exists 

func (i *DefInterface) Exists() (bool, error)

func (*DefInterface) ID 

func (i *DefInterface) ID() string

func (*DefInterface) MTU 

func (i *DefInterface) MTU() (int, error)

func (*DefInterface) Name 

func (i *DefInterface) Name() string

type DefKernelParam 

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

func (*DefKernelParam) Exists 

func (k *DefKernelParam) Exists() (bool, error)

func (*DefKernelParam) ID 

func (k *DefKernelParam) ID() string

func (*DefKernelParam) Key 

func (k *DefKernelParam) Key() string

func (*DefKernelParam) Value 

func (k *DefKernelParam) Value() (string, error)

Value reads the parameter the way sysctl(8) names it: every dot in the key becomes a path separator under procSysPath, and surrounding whitespace is trimmed. This is exactly what github.com/lorenzosaino/go-sysctl's Get did, which syver used for this one call until it was replaced by these few lines.

type DefMount 

type DefMount struct {
	Timeout int
	// contains filtered or unexported fields
}

func (*DefMount) Exists 

func (m *DefMount) Exists() (bool, error)

func (*DefMount) Filesystem 

func (m *DefMount) Filesystem() (string, error)

func (*DefMount) ID 

func (m *DefMount) ID() string

func (*DefMount) MountPoint 

func (m *DefMount) MountPoint() string

func (*DefMount) Opts 

func (m *DefMount) Opts() ([]string, error)

func (*DefMount) Source 

func (m *DefMount) Source() (string, error)

func (*DefMount) Usage 

func (m *DefMount) Usage() (int, error)

func (*DefMount) VfsOpts 

func (m *DefMount) VfsOpts() ([]string, error)

type DefPort 

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

func (*DefPort) Exists 

func (p *DefPort) Exists() (bool, error)

func (*DefPort) IP 

func (p *DefPort) IP() ([]string, error)

func (*DefPort) Listening 

func (p *DefPort) Listening() (bool, error)

func (*DefPort) PID 

func (p *DefPort) PID() ([]int, error)

PID returns the owning PID of every connection bound to this port. A PID of 0 means gopsutil couldn't resolve an owner (e.g. insufficient permissions to map the socket inode to a process) and is omitted rather than reported as a spurious "pid: 0".

func (*DefPort) Port 

func (p *DefPort) Port() string

type DefProcess 

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

func (*DefProcess) Executable 

func (p *DefProcess) Executable() string

func (*DefProcess) Exists 

func (p *DefProcess) Exists() (bool, error)

func (*DefProcess) Pids 

func (p *DefProcess) Pids() ([]int, error)

func (*DefProcess) Running 

func (p *DefProcess) Running() (bool, error)

func (*DefProcess) Status 

func (p *DefProcess) Status() ([]string, error)

Status returns the distinct process states (e.g. "running", "zombie") seen across every PID matching this executable. A process that disappears or can't be read between the snapshot and this call is skipped rather than failing the whole result, same as GetProcs -- except when every one of them fails. See collectPerProcess.

func (*DefProcess) User 

func (p *DefProcess) User() ([]string, error)

User returns the distinct usernames owning every PID matching this executable. Same all-or-nothing rule as Status; see collectPerProcess.

type DefSyverfile 

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

func (*DefSyverfile) Exists 

func (g *DefSyverfile) Exists() (bool, error)

Stub out

func (*DefSyverfile) Path 

func (g *DefSyverfile) Path() string

type DefUser 

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

func (*DefUser) Exists 

func (u *DefUser) Exists() (bool, error)

Exists distinguishes "user.Lookup ran and genuinely found no such user" (userLookupFoundNothing -- false, nil, unchanged) from every other failure (false, err). The distinction matters most on a domain-joined host with an unreachable domain controller: previously EVERY error, including a transport failure that learned nothing, was folded into "does not exist". See FEAT-010 SW-9 / Trap 1.

func (*DefUser) GID 

func (u *DefUser) GID() (int, error)

func (*DefUser) Groups 

func (u *DefUser) Groups() ([]string, error)

func (*DefUser) Home 

func (u *DefUser) Home() (string, error)

func (*DefUser) Shell 

func (u *DefUser) Shell() (string, error)

func (*DefUser) UID 

func (u *DefUser) UID() (int, error)

func (*DefUser) Username 

func (u *DefUser) Username() string

type File 

type File interface {
	Path() string
	Exists() (bool, error)
	Contents() (io.Reader, error)
	Mode() (string, error)
	Size() (int, error)
	Filetype() (string, error)
	Owner() (string, error)
	Uid() (int, error)
	Group() (string, error)
	Gid() (int, error)
	LinkedTo() (string, error)
	Md5() (string, error)
	Sha256() (string, error)
	Sha512() (string, error)
}

func NewDefFile 

func NewDefFile(ctx context.Context, path string, system *System, config util.Config) File

type Group 

type Group interface {
	Groupname() string
	Exists() (bool, error)
	GID() (int, error)
}

func NewDefGroup 

func NewDefGroup(_ context.Context, groupname string, system *System, config util.Config) Group

type HTTP 

type HTTP interface {
	HTTP() string
	Status() (int, error)
	Headers() (io.Reader, error)
	Body() (io.Reader, error)
	Exists() (bool, error)
	SetAllowInsecure(bool)
	SetNoFollowRedirects(bool)
	Close() error
}

func NewDefHTTP 

func NewDefHTTP(_ context.Context, httpStr string, system *System, config util.Config) HTTP

type Interface 

type Interface interface {
	Name() string
	Exists() (bool, error)
	Addrs() ([]string, error)
	MTU() (int, error)
}

func NewDefInterface 

func NewDefInterface(_ context.Context, name string, systei *System, config util.Config) Interface

type KernelParam 

type KernelParam interface {
	Key() string
	Exists() (bool, error)
	Value() (string, error)
}

func NewDefKernelParam 

func NewDefKernelParam(_ context.Context, key string, system *System, config util.Config) KernelParam

type Mount 

type Mount interface {
	MountPoint() string
	Exists() (bool, error)
	Opts() ([]string, error)
	VfsOpts() ([]string, error)
	Source() (string, error)
	Filesystem() (string, error)
	Usage() (int, error)
}

func NewDefMount 

func NewDefMount(_ context.Context, mountPoint string, system *System, config util.Config) Mount

type NullPackage 

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

func (*NullPackage) Exists 

func (p *NullPackage) Exists() (bool, error)

func (*NullPackage) Installed 

func (p *NullPackage) Installed() (bool, error)

func (*NullPackage) Name 

func (p *NullPackage) Name() string

func (*NullPackage) Versions 

func (p *NullPackage) Versions() ([]string, error)

type Package 

type Package interface {
	Name() string
	Exists() (bool, error)
	Installed() (bool, error)
	Versions() ([]string, error)
}

func NewAlpinePackage 

func NewAlpinePackage(ctx context.Context, name string, system *System, config util.Config) Package

func NewDebPackage 

func NewDebPackage(ctx context.Context, name string, system *System, config util.Config) Package

func NewNullPackage 

func NewNullPackage(_ context.Context, name string, system *System, config util.Config) Package

func NewPacmanPackage 

func NewPacmanPackage(ctx context.Context, name string, system *System, config util.Config) Package

func NewRpmPackage 

func NewRpmPackage(ctx context.Context, name string, system *System, config util.Config) Package

type PacmanPackage 

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

func (*PacmanPackage) Exists 

func (p *PacmanPackage) Exists() (bool, error)

func (*PacmanPackage) Installed 

func (p *PacmanPackage) Installed() (bool, error)

func (*PacmanPackage) Name 

func (p *PacmanPackage) Name() string

func (*PacmanPackage) Versions 

func (p *PacmanPackage) Versions() ([]string, error)

type Port 

type Port interface {
	Port() string
	Exists() (bool, error)
	Listening() (bool, error)
	IP() ([]string, error)
	PID() ([]int, error)
}

func NewDefPort 

func NewDefPort(_ context.Context, port string, system *System, config util.Config) Port

type Process 

type Process interface {
	Executable() string
	Exists() (bool, error)
	Running() (bool, error)
	Pids() ([]int, error)
	Status() ([]string, error)
	User() ([]string, error)
}

func NewDefProcess 

func NewDefProcess(_ context.Context, executable string, system *System, config util.Config) Process

type Registry 

type Registry interface {
	Key() string
	Exists() (bool, error)
	Value() (string, error)
	Type() (string, error)
	// SetView selects the WOW64 registry view this resource reads. It is part
	// of the interface rather than a constructor argument because the view is
	// per-resource spec syntax, while the constructor is shared with every
	// other resource type and takes only global config.
	//
	// An unusable view is recorded and surfaces from Exists, Value and Type
	// rather than being returned here, so that a bad `view:` fails the check
	// that used it instead of disappearing into a constructor nobody checks.
	SetView(view string) error
}

func NewDefRegistry 

func NewDefRegistry(_ context.Context, key string, system *System, config util.Config) Registry

type RegistryView added in v0.12.0 

type RegistryView int

RegistryView is the WOW64 view a registry read is performed against.

On 64-bit Windows some keys exist twice: 64-bit programs see one copy and 32-bit programs, redirected through WOW64, see another under Wow6432Node. A spec that does not say which it means gets whichever the running binary happens to be, which for syver is always 64-bit. Compliance work needs to be able to assert against either. 

const (
	// RegistryViewNative is the default and MUST behave exactly as the code did
	// before views existed: no view flag is added to the access mask, so the
	// answer is whatever the OS gives a 64-bit process. Any change here is a
	// silent change to every existing gossfile.
	RegistryViewNative RegistryView = iota
	RegistryView32
	RegistryView64
)

func ParseRegistryView added in v0.12.0 

func ParseRegistryView(view string) (RegistryView, error)

ParseRegistryView turns the spec's `view:` string into a RegistryView.

It lives in this untagged file, not in registry_windows.go, so that its tests run on Linux. The grammar is a user-facing contract and does not need a Windows host to be wrong.

func (RegistryView) String added in v0.12.0 

func (v RegistryView) String() string

type Resource 

type Resource interface {
	Exists() (bool, error)
}

type RpmPackage 

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

func (*RpmPackage) Exists 

func (p *RpmPackage) Exists() (bool, error)

func (*RpmPackage) Installed 

func (p *RpmPackage) Installed() (bool, error)

func (*RpmPackage) Name 

func (p *RpmPackage) Name() string

func (*RpmPackage) Versions 

func (p *RpmPackage) Versions() ([]string, error)

type Service 

type Service interface {
	Service() string
	Exists() (bool, error)
	Enabled() (bool, error)
	Running() (bool, error)
	RunLevels() ([]string, error)
}

func NewAlpineServiceInit 

func NewAlpineServiceInit(ctx context.Context, service string, system *System, config util.Config) Service

func NewServiceInit 

func NewServiceInit(ctx context.Context, service string, system *System, config util.Config) Service

func NewServiceSystemd 

func NewServiceSystemd(ctx context.Context, service string, system *System, config util.Config) Service

func NewServiceSystemdLegacy 

func NewServiceSystemdLegacy(ctx context.Context, service string, system *System, config util.Config) Service

func NewServiceUpstart 

func NewServiceUpstart(ctx context.Context, service string, system *System, config util.Config) Service

func NewServiceWindows 

func NewServiceWindows(ctx context.Context, service string, system *System, config util.Config) Service

NewServiceWindows stub for non Windows platforms. This is needed for compilation and should never be called since DetectService() only returns "windows" on Windows platforms.

type ServiceInit 

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

func (*ServiceInit) Enabled 

func (s *ServiceInit) Enabled() (bool, error)

func (*ServiceInit) Exists 

func (s *ServiceInit) Exists() (bool, error)

func (*ServiceInit) RunLevels 

func (s *ServiceInit) RunLevels() ([]string, error)

func (*ServiceInit) Running 

func (s *ServiceInit) Running() (bool, error)

func (*ServiceInit) Service 

func (s *ServiceInit) Service() string

type ServiceSystemd 

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

func (*ServiceSystemd) Enabled 

func (s *ServiceSystemd) Enabled() (bool, error)

func (*ServiceSystemd) Exists 

func (s *ServiceSystemd) Exists() (bool, error)

func (*ServiceSystemd) RunLevels 

func (s *ServiceSystemd) RunLevels() ([]string, error)

func (*ServiceSystemd) Running 

func (s *ServiceSystemd) Running() (bool, error)

func (*ServiceSystemd) Service 

func (s *ServiceSystemd) Service() string

type ServiceUpstart 

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

func (*ServiceUpstart) Enabled 

func (s *ServiceUpstart) Enabled() (bool, error)

func (*ServiceUpstart) Exists 

func (s *ServiceUpstart) Exists() (bool, error)

func (*ServiceUpstart) RunLevels 

func (s *ServiceUpstart) RunLevels() ([]string, error)

func (*ServiceUpstart) Running 

func (s *ServiceUpstart) Running() (bool, error)

func (*ServiceUpstart) Service 

func (s *ServiceUpstart) Service() string

type System 

type System struct {
	NewPackage     func(context.Context, string, *System, util2.Config) Package
	NewFile        func(context.Context, string, *System, util2.Config) File
	NewAddr        func(context.Context, string, *System, util2.Config) Addr
	NewPort        func(context.Context, string, *System, util2.Config) Port
	NewService     func(context.Context, string, *System, util2.Config) Service
	NewUser        func(context.Context, string, *System, util2.Config) User
	NewGroup       func(context.Context, string, *System, util2.Config) Group
	NewCommand     func(context.Context, string, *System, util2.Config) Command
	NewDNS         func(context.Context, string, *System, util2.Config) DNS
	NewProcess     func(context.Context, string, *System, util2.Config) Process
	NewSyverfile   func(context.Context, string, *System, util2.Config) Syverfile
	NewKernelParam func(context.Context, string, *System, util2.Config) KernelParam
	NewMount       func(context.Context, string, *System, util2.Config) Mount
	NewInterface   func(context.Context, string, *System, util2.Config) Interface
	NewHTTP        func(context.Context, string, *System, util2.Config) HTTP
	NewRegistry    func(context.Context, string, *System, util2.Config) Registry
	// contains filtered or unexported fields
}

func New 

func New(packageManager string) *System

func (*System) Ports 

func (s *System) Ports() (map[string][]net.ConnectionStat, error)

func (*System) ProcMap 

func (s *System) ProcMap() (map[string][]*process.Process, error)

type Syverfile 

type Syverfile interface {
	Path() string
	Exists() (bool, error)
}

func NewDefSyverfile 

func NewDefSyverfile(_ context.Context, path string, system *System, config util.Config) Syverfile

type User 

type User interface {
	Username() string
	Exists() (bool, error)
	UID() (int, error)
	GID() (int, error)
	Groups() ([]string, error)
	Home() (string, error)
	Shell() (string, error)
}

func NewDefUser 

func NewDefUser(_ context.Context, username string, system *System, config util.Config) User

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