options

type CertKey struct {
	// CertFile is a file containing a PEM-encoded certificate, and possibly the complete certificate chain
	CertFile string `json:"cert-file"        mapstructure:"cert-file"`
	// KeyFile is a file containing a PEM-encoded private key for the certificate specified by CertFile
	KeyFile string `json:"private-key-file" mapstructure:"private-key-file"`
}

type FeatureOptions struct {
	EnableProfiling bool `json:"profiling"      mapstructure:"profiling"`
	EnableMetrics   bool `json:"enable-metrics" mapstructure:"enable-metrics"`
}

type FileStorageOptions struct {
	Provider   string      `json:"provider"   mapstructure:"provider"   description:"File storage service provider"`
	S3Options  *S3Options  `json:"s3"         mapstructure:"s3"         description:"Configuration options for Amazon S3"`
	GCSOptions *GCSOptions `json:"gcs"      mapstructure:"gcs"        description:"Configuration options for Google Cloud Storage"`
}

type GCSOptions struct {
	ServiceAccountKeyFile string `` /* 129-byte string literal not displayed */
	Bucket                string `json:"bucket"                mapstructure:"bucket"                description:"Bucket name for Google Cloud Storage"`
}

type GRPCOptions struct {
	BindAddress string `json:"bind-address" mapstructure:"bind-address"`
	BindPort    int    `json:"bind-port"    mapstructure:"bind-port"`
	MaxMsgSize  int    `json:"max-msg-size" mapstructure:"max-msg-size"`
}

type GeneratableKeyCert struct {
	// CertKey allows setting an explicit cert/key file to use.
	CertKey CertKey `json:"cert-key" mapstructure:"cert-key"`

	// CertDirectory specifies a directory to write generated certificates to if CertFile/KeyFile aren't explicitly set.
	// PairName is used to determine the filenames within CertDirectory.
	// If CertDirectory and PairName are not set, an in-memory certificate will be generated.
	CertDirectory string `json:"cert-dir"  mapstructure:"cert-dir"`
	// PairName is the name which will be used with CertDirectory to make a cert and key filenames.
	// It becomes CertDirectory/PairName.crt and CertDirectory/PairName.key
	PairName string `json:"pair-name" mapstructure:"pair-name"`
}

type InsecureServingOptions struct {
	BindAddress string `json:"bind-address" mapstructure:"bind-address"`
	BindPort    int    `json:"bind-port"    mapstructure:"bind-port"`
}

type JwtOptions struct {
	Realm      string        `json:"realm"       mapstructure:"realm"`
	Key        string        `json:"key"         mapstructure:"key"`
	Timeout    time.Duration `json:"timeout"     mapstructure:"timeout"`
	MaxRefresh time.Duration `json:"max-refresh" mapstructure:"max-refresh"`
}

type MySQLOptions struct {
	Host                  string        `json:"host,omitempty"                     mapstructure:"host"`
	Username              string        `json:"username,omitempty"                 mapstructure:"username"`
	Password              string        `json:"-"                                  mapstructure:"password"`
	Database              string        `json:"database"                           mapstructure:"database"`
	MaxIdleConnections    int           `json:"max-idle-connections,omitempty"     mapstructure:"max-idle-connections"`
	MaxOpenConnections    int           `json:"max-open-connections,omitempty"     mapstructure:"max-open-connections"`
	MaxConnectionLifeTime time.Duration `json:"max-connection-life-time,omitempty" mapstructure:"max-connection-life-time"`
	LogLevel              int           `json:"log-level"                          mapstructure:"log-level"`
}

type RedisOptions struct {
	Host                  string   `json:"host"                     mapstructure:"host"                     description:"Redis service host address"`
	Port                  int      `json:"port"`
	Addrs                 []string `json:"addrs"                    mapstructure:"addrs"`
	Username              string   `json:"username"                 mapstructure:"username"`
	Password              string   `json:"password"                 mapstructure:"password"`
	Database              int      `json:"database"                 mapstructure:"database"`
	MasterName            string   `json:"master-name"              mapstructure:"master-name"`
	MaxIdle               int      `json:"optimisation-max-idle"    mapstructure:"optimisation-max-idle"`
	MaxActive             int      `json:"optimisation-max-active"  mapstructure:"optimisation-max-active"`
	Timeout               int      `json:"timeout"                  mapstructure:"timeout"`
	EnableCluster         bool     `json:"enable-cluster"           mapstructure:"enable-cluster"`
	UseSSL                bool     `json:"use-ssl"                  mapstructure:"use-ssl"`
	SSLInsecureSkipVerify bool     `json:"ssl-insecure-skip-verify" mapstructure:"ssl-insecure-skip-verify"`
}

type S3Options struct {
	AccessKeyID     string `json:"accessKeyId"     mapstructure:"accessKeyId"     description:"Access key ID for Amazon S3"`
	SecretAccessKey string `json:"secretAccessKey" mapstructure:"secretAccessKey" description:"Secret access key for Amazon S3"`
	Region          string `json:"region"          mapstructure:"region"          description:"Region for Amazon S3"`
	Bucket          string `json:"bucket"          mapstructure:"bucket"          description:"Bucket name for Amazon S3"`
}

type SecureServingOptions struct {
	BindAddress string `json:"bind-address" mapstructure:"bind-address"`
	// BindPort is ignored when Listener is set, will serve HTTPS even with 0.
	BindPort int `json:"bind-port"    mapstructure:"bind-port"`
	// Required set to true means that BindPort cannot be zero.
	Required bool
	// ServerCert is the TLS cert info for serving secure traffic
	ServerCert GeneratableKeyCert `json:"tls"          mapstructure:"tls"`
}

type ServerRunOptions struct {
	Mode        string   `json:"mode"        mapstructure:"mode"`
	Healthz     bool     `json:"healthz"     mapstructure:"healthz"`
	Middlewares []string `json:"middlewares" mapstructure:"middlewares"`
}