// NewWrite returns a Write configured to receive parameters from kingpin.
func NewWrite(c *kingpin.CmdClause) *Write {
write := &Write{}
write.keyID = c.Flag("key-id",
"The ID of the key to use. If not set, we'll pick a key that is "+
"already in use.").Short('k').String()
write.name = c.Arg("name", "Name of the secret.").Required().String()
write.value = c.Arg("value", "Value of the secret.").Required().String()
clause := c.Flag("algorithm", "Encryption algorithm. Options: "+
strings.Join(algorithms.GetAlgorithms(), ","))
clause = clause.Short('a')
clause = clause.Default(algorithms.GetDefaultAlgorithm())
write.algo = clause.Enum(algorithms.GetAlgorithms()...)
return write
}
// NewPut returns a Put configured to receive parameters from kingpin.
func NewPut(c *kingpin.CmdClause) *Put {
write := &Put{}
write.keyID = c.Flag("key-id",
"The ID of the key to use. If not set, and if all values in the specified store are "+
"using the same key ID, that key will be used.").Short('k').String()
write.keyManager = c.Flag("key-manager", "Source of envelope encryption keys. Options: "+
strings.Join(keymanager.GetKeyManagers(), ", ")).
Default(keymanager.GetDefaultKeyManager()).Short('p').Enum(keymanager.GetKeyManagers()...)
write.name = c.Arg("name", "Name of the secret.").Required().String()
write.value = c.Arg("secret", "Value of the secret.").String()
write.fromFile = c.Flag("from-file", "Read the secret from FILE instead "+
"of the command line.").PlaceHolder("FILE").Short('i').File()
write.algo = c.Flag("algorithm", "Encryption algorithm. Options: "+
strings.Join(algorithms.GetAlgorithms(), ", ")).
Short('a').
Default(algorithms.GetDefaultAlgorithm()).
Enum(algorithms.GetAlgorithms()...)
return write
}