func parseCmd(in string) []values.String {
result := []values.String{}
inEscape := false
inQuotes := false
buf := ""
for i := 0; i < len(in); i++ {
c := in[i]
if inEscape {
buf += string(c)
inEscape = false
} else if c == '\\' {
inEscape = true
} else if inQuotes {
if c == '"' {
inQuotes = false
} else {
buf += string(c)
}
} else if c == ' ' || c == '\t' || c == '\r' || c == '\n' {
result = append(result, values.String(buf))
buf = ""
} else if c == '"' {
inQuotes = true
} else {
buf += string(c)
}
}
if len(buf) > 0 {
result = append(result, values.String(buf))
}
return result
}
func (s *ConfigTest) TestNewGenerateToFileConfig(c *C) {
actual := NewGenerateToFileConfig(ReadOnly, values.String("foo/bar.pem"))
c.Assert(actual.Type, Equals, GenerateToFile)
c.Assert(actual.Permission, Equals, ReadOnly)
c.Assert(actual.PemFile, Equals, values.String("foo/bar.pem"))
c.Assert(actual.PemFilePermission, Equals, DefaultFilePermission())
c.Assert(actual.PemFileUser, IsEmpty)
}
// NewGenerateToFileConfig creates a new Config with the given permission
// and will force a creation of certificates to the given pemFile.
func NewGenerateToFileConfig(permission Permission, pemFile values.String) Config {
return Config{
Type: GenerateToFile,
Permission: permission,
PemFile: values.String(pemFile),
PemFileUser: values.String(""),
PemFilePermission: DefaultFilePermission(),
}
}
func (s *CheckersTest) TestIsEmpty(c *C) {
c.Assert("abc", Not(IsEmpty))
c.Assert("", IsEmpty)
c.Assert(values.String("abc"), Not(IsEmpty))
c.Assert(values.String(""), IsEmpty)
c.Assert([]string{"abc"}, Not(IsEmpty))
c.Assert([]string{}, IsEmpty)
c.Assert([]int{1}, Not(IsEmpty))
c.Assert([]int{}, IsEmpty)
c.Assert(map[string]int{"abc": 1}, Not(IsEmpty))
c.Assert(map[string]int{}, IsEmpty)
}
func (s *ConfigTest) TestValidateNotRequiredPemFile(c *C) {
for _, t := range AllTypes {
if !t.IsTakingFilename() {
actual := Config{
Type: t,
Permission: ReadOnly,
PemFile: values.String(""),
}
c.Assert(actual.Validate(), IsNil)
actual.PemFile = values.String("foo/bar.pem")
c.Assert(actual.Validate(), IsNil)
}
}
}
func (s *ConfigTest) TestValidateRequiredPemFile(c *C) {
for _, t := range AllTypes {
if t.IsTakingFilename() {
actual := Config{
Type: t,
Permission: ReadOnly,
PemFile: values.String(""),
}
c.Assert(actual.Validate(), ErrorMatches, "There is no pemFile set for type "+t.String()+".")
actual.PemFile = values.String("foo/bar.pem")
c.Assert(actual.Validate(), IsNil)
}
}
}
func (s *ConfigTest) TestValidateAllowedPemFileUser(c *C) {
for _, t := range AllTypes {
if t.IsTakingFileUser() {
actual := Config{
Type: t,
Permission: ReadOnly,
PemFile: values.String("foo/bar.pem"),
}
actual.PemFileUser = values.String("")
c.Assert(actual.Validate(), IsNil)
actual.PemFileUser = values.String("foo")
c.Assert(actual.Validate(), IsNil)
}
}
}
func (s *ConfigTest) TestValidateNotAllowedPemFileUser(c *C) {
for _, t := range AllTypes {
if !t.IsTakingFileUser() {
actual := Config{
Type: t,
Permission: ReadOnly,
PemFile: values.String(""),
}
actual.PemFileUser = values.String("")
c.Assert(actual.Validate(), IsNil)
actual.PemFileUser = values.String("foo")
c.Assert(actual.Validate(), ErrorMatches, "There is no pemFileUser allowed for type "+t.String()+".")
}
}
}
func attachArgsToMasterIfPossible(args []string, to *caretakerd.Config) {
if len(args) > 0 {
if masterName, ok := to.Services.GetMasterName(); ok {
master := to.Services[masterName]
for i := 0; i < len(args); i++ {
master.Command = append(master.Command, values.String(args[i]))
}
to.Services[masterName] = master
}
}
}
func (instance *Config) init() {
(*instance).Logger = logger.NewConfig()
(*instance).Command = []values.String{}
(*instance).PreCommands = [][]values.String{}
(*instance).PostCommands = [][]values.String{}
(*instance).Type = AutoStart
(*instance).CronExpression = NewCronExpression()
(*instance).StartDelayInSeconds = values.NonNegativeInteger(0)
(*instance).RestartDelayInSeconds = values.NonNegativeInteger(5)
(*instance).SuccessExitCodes = values.ExitCodes{values.ExitCode(0)}
(*instance).StopSignal = defaultStopSignal()
(*instance).StopSignalTarget = values.ProcessGroup
(*instance).StopCommand = []values.String{}
(*instance).StopWaitInSeconds = values.NonNegativeInteger(30)
(*instance).User = values.String("")
(*instance).Environment = Environments{}
(*instance).Directory = values.String("")
(*instance).AutoRestart = values.OnFailures
(*instance).InheritEnvironment = values.Boolean(true)
(*instance).Access = access.NewNoneConfig()
}
// Set sets the given string to the current object from a string.
// Returns an error object if there are problems while transforming the string.
func (instance *ConfigWrapper) Set(value string) error {
if len(value) == 0 {
return errors.New("There is an empty filename for configuration provided.")
}
filename := values.String(value)
conf, err := caretakerd.LoadFromYamlFile(filename)
if err != nil {
return err
}
conf = conf.EnrichFromEnvironment()
instance.filename = filename
instance.instance = &conf
instance.explicitSet = true
return nil
}
// Validate validates an action on this object and returns an error object if there is any.
func (instance Config) Validate() error {
err := instance.Type.Validate()
if err == nil {
err = instance.Permission.Validate()
}
if err == nil {
err = instance.validateRequireStringValue(instance.PemFile, "pemFile", instance.Type.IsTakingFilename)
}
if err == nil {
err = instance.validateStringOnlyAllowedValue(instance.PemFileUser, "pemFileUser", instance.Type.IsTakingFileUser, values.String(""))
}
if err == nil {
err = instance.validateUint32OnlyAllowedValue(uint32(instance.PemFilePermission), "pemFilePermission", instance.Type.IsTakingFilePermission, uint32(DefaultFilePermission()))
}
return err
}
package keyStore
import (
"github.com/echocat/caretakerd/errors"
"github.com/echocat/caretakerd/values"
"strconv"
"strings"
)
var defaults = map[string]interface{}{
"Type": Generated,
"PemFile": values.String(""),
"Hints": values.String("algorithm:`rsa` bits:`1024`"),
"CaFile": values.String(""),
}
// # Description
//
// Defines the keyStore of caretakerd.
type Config struct {
// @default generated
//
// Defines the type of the instance keyStore.
Type Type `json:"type" yaml:"type"`
// @default ""
//
// Defines the pemFile which contains the key and certificate to be used.
// This has to be of type PEM and has to contain the certificate and private key.
// Currently only private keys of type RSA are supported.
//
// ListenAddress represents the default address caretakerd listens to.
ListenAddress values.SocketAddress
// AuthFileKeyFilename represents the default file name caretakerd uses to store
// the key for the caretakerctl/control process.
AuthFileKeyFilename values.String
// ConfigFilename represents the default location where caretakerd searches for its config file (yaml).
ConfigFilename values.String
}
var listenAddress = values.SocketAddress{
Protocol: values.TCP,
Target: "localhost",
Port: 57955,
}
const unixAuthFileKeyFilename = values.String("/var/run/caretakerd.key")
const windowsAuthFileKeyFilename = values.String("C:\\ProgramData\\caretakerd\\access.key")
const unixConfigFilename = values.String("/etc/caretakerd.yaml")
const windowsConfigFilename = values.String("C:\\ProgramData\\caretakerd\\config.yaml")
var allDefaults = map[string]Defaults{
"linux": {
ListenAddress: listenAddress,
AuthFileKeyFilename: unixAuthFileKeyFilename,
ConfigFilename: unixConfigFilename,
},
"windows": {
ListenAddress: listenAddress,
AuthFileKeyFilename: windowsAuthFileKeyFilename,
ConfigFilename: windowsConfigFilename,
},
package logger
import (
"github.com/echocat/caretakerd/values"
)
var defaults = map[string]interface{}{
"Level": Info,
"StdoutLevel": Info,
"StderrLevel": Error,
"Filename": values.String("console"),
"MaxSizeInMb": values.NonNegativeInteger(500),
"MaxBackups": values.NonNegativeInteger(5),
"MaxAgeInDays": values.NonNegativeInteger(1),
"Pattern": Pattern("%d{YYYY-MM-DD HH:mm:ss} [%-5.5p] [%c] %m%n%P{%m}"),
}
// # Description
//
// A logger handles every output generated by the daemon itself, the process or other parts controlled by the daemon.
type Config struct {
// @default info
//
// Minimal log level the logger uses to log error messages. All levels below are ignored.
Level Level `json:"level" yaml:"level"`
// @default info
//
// If the service prints something to ``stdout``, the instance will be logged with the corresponding instance level.
StdoutLevel Level `json:"stdoutLevel" yaml:"stdoutLevel"`
